Podcasts about Energy storage

Recorded in person at the 2026 AEP State Conference in San Diego, this episode features longtime AEP leader and former Environmental Leadership Chronicles co-host Laurel Glass Lees. She moves to the guest seat to share how her career went from sampling storm drains to leading environmental permitting for long-duration energy storage. As Senior Director of Development Permitting, North America, at Hydrostor, Laurel permits advanced compressed air energy storage (A-CAES) projects, which store energy by compressing air into purpose-built underground caverns. Laurel discusses what it takes to permit large-scale energy infrastructure in California: working closely and transparently with host communities, how the California Energy Commission's process differs from traditional CEQA review, and how mitigation requirements and land scarcity affect the cost of clean energy. She also reflects on how a fascination with economics and the environment shaped her path, and why a CEQA background is an asset in a development role.

Vincent Ambrose, Chief Commercial Officer of Franklin Whole Home, discusses the intersection of AI and energy storage, including how data centers are becoming major customers for residential energy storage systems and how Franklin is developing AI tools for installer training and system optimization.   The conversation explores Franklin's product offerings, including AC-coupled and DC-coupled solutions, the A-gate microgrid interconnect device, and the company's focus on home energy security through solar plus storage systems.   Topics Covered Franklin Whole Home www.franklinwh.com AI = Artificial Intelligence AI and Energy Demand Data Center ESS Residential Energy Storage VPP = Virtual Power Plants Hyperscalers DERs = Distributed Energy Resources Inverter AC & DC = Alternating Current & Direct Current AC-Coupled Storage DC-Coupled Storage Microgrid Generator Net-Metering Distributed Compute Bit-coin Miner NVIDIA SETI = Search for Extraterrestrial Intelligence Battery EV = Electric Vehicle A-Gate MID = Microgrid Interconnect Device V2L = Vehicle to Load Generator Franklin Whole Home Energy Storage System AHJ = Authority Having Jurisdiction   Reach out to Vincent Ambrose here: LinkedIn: linkedin.com/in/vincent-ambrose-622887b Website: www.franklinwh.com Email: vincent.ambrose@franklinwh.com   Learn more at www.solarSEAN.com and be sure to get NABCEP certified by taking Sean's classes at solarsean.com/intro • solarsean.com/pvip • solarsean.com/pva • solarsean.com/pvds • solarsean.com/esip • solarsean.com/omat • solarsean.com/center • solarsean.com/sfev • solarsean.com/40hrpv • solarsean.com/pv2020nec • solarsean.com/18hrpv • solarsean.com/30hrpv • solarsean.com/ess • solarsean.com/10hress • solarsean.com/pvsiprep • solarsean.com/2hrbfc

In this episode, Gil Jenkins and Guy Van Syckle speak with John Hensley, Senior Vice President – Markets and Policy Analysis for the American Clean Power Association (ACP). We dig into how clean energy manufacturing is powering a new chapter of economic prosperity, exploring the industry's rapid growth in facilities, the economic impact on communities, workforce development challenges, supply chain progress, the role of the 45X tax credit, and where the industry is headed by 2030.Links: John Hensley LinkedIn America Builds Power: The State of Clean Energy Manufacturing 2026Episode recorded June 26, 2026. Email your feedback to Gil, Guy, Hilary, and Kenny at climatepositive@hasi.com.

In this episode of The Green Insider, host Mike Nemer welcomes back Tom Cornell, President & CEO of Prevalon (now CEO of Energy Storage, Nextpower following the acquisition). Tom discusses Prevalon’s rapid growth over the past two years, expanding from 35 employees to over 110, and breaking down the company’s $300M+ acquisition by Nextpower. He offers deep insights into how Battery Energy Storage Systems (BESS) are essential to stabilizing energy loads for the booming AI and data center industries, shifting storage needs from simple energy shifting to critical power stabilization. Key Discussion Points Prevalon's Growth & Acquisition: Reflecting on Prevalon’s trajectory over the last two years, expanding its team threefold and joining Nextpower as a wholly-owned subsidiary to expand its global footprint. The Role of BESS in Data Centers & AI: Explaining how large language models (LLMs) and AI inference create rapid, transient load changes (up to 70% fluctuations in under 10 milliseconds) and why hybrid power stabilizers are needed to buffer the grid. Global Supply Chains & Manufacturing: How tax incentives (IRA/ITC) and global supply chain shifts have allowed battery technology to migrate away from heavy reliance on China toward diversification across Asia, Europe, and North America. Future Outlook: Expansion plans into Europe, Australia, and Latin America over the next two years, along with the evolving policy landscape around energy storage investment tax credits. Featured Guest Tom Cornell – CEO, Energy Storage, Next Power (formerly President & CEO, Prevalon) Press Release Episode Resources Learn more about eRenewable: eRenewable.com The post Powering the AI Boom: How Battery Storage Is Reshaping the Grid appeared first on eRENEWABLE.

Taiwan aims to reach net-zero emissions by 2050, but how close is it to meeting its renewable-energy goals? Taiwan Talk host Tim Berge speaks with** Bin Fu, Taiwan Country Manager at Lightsource bp**, and *Weiwei Tseng, Chairperson of wpd Taiwan*, about the state of solar and wind power, the permitting and land-use challenges facing developers, the role of energy storage, and what Taiwan must do now to keep its energy transition moving. -- Hosting provided by SoundOn

Get in touch - leave me a messageSolar, batteries and EVs are moving fast enough to change the risk calculus for energy investment. The bigger mistake may now be assuming today's system, and its customers, will still be there tomorrow.I speak with Professor Ray Wills, Managing Director of Future Smart Strategies, who has been modelling technology adoption curves for years. We examine what accelerating clean-energy deployment means for capital allocation, electricity prices, new gas infrastructure and industrial competitiveness.We look at how batteries can reshape power-market economics before they dominate annual generation, why conventional forecasts may struggle with nonlinear adoption, and what China's scale in solar, batteries and EVs tells Western leaders about where competitive advantage is moving. The harder question is no longer simply how fast these technologies can grow, but how costly it becomes to plan as though they won't.Listen now to understand how rapidly changing energy economics could alter the investment decisions businesses and policymakers are making today. Sign up to Climate Confident+ for deep dive analysis of the major climate and energy stories of the day.Support the showPodcast subscribersI'd like to sincerely thank this podcast's amazing subscribers:Anita KrajncCecilia SkarupaBen GrossJerry SweeneyAndreas WernerStephen CarrollRoger ArnoldAnd remember you too can Subscribe to the Podcast  - it is really easy and hugely important as it will enable me to continue to create more excellent Climate Confident episodes like this one, as well as give you access to the entire back catalog of Climate Confident episodes.

Alan Cooper is co-founder and CEO of ON.energy, a Miami-based company building battery-backed power systems for AI data centers. Its flagship product, AI UPS, sits between the grid and a data center, creating a buffer that isolates the grid from the massive volatility of AI workloads while providing uninterrupted power to the entire campus. In this episode of Inevitable, Cooper explains how a career spanning oil and gas, geothermal, battery storage, and grid services ultimately led to ON.energy's focus on AI infrastructure. He breaks down why gigawatt-scale AI data centers create a fundamentally different challenge for the grid, and how ON.energy's series-connected battery architecture can act as an electrical "firewall" between the grid, onsite generation, and the data center. The conversation explores ON.energy's evolution from a battery storage project developer into a technology company, its proprietary hardware and software stack, and the role of power controls in making massive data center projects more resilient and easier to interconnect. Cooper also discusses the company's path to market, extensive technical validation, business model, and largely bootstrapped approach to growth. Finally, Cooper argues that data centers don't have to be a liability for the grid. With the right infrastructure and regulatory framework, he believes they can become active grid participants—and potentially make the energy system more robust. Episode recorded on August 26, 2026 (Published on September 8, 2026). In this episode, we cover: (0:00) An overview of ON.energy (2:24) Alan's background in oil and gas, geothermal, and battery storage (5:57) Alan's perspective on Venezuela and enhanced oil recovery (10:35) How the 2014 oil crash led to ON.energy (12:25) ON.energy's evolution from battery storage developer to technology company (15:32) Traditional BESS vs. AI UPS (16:15) How AI UPS creates a buffer between the grid and data centers (17:20) Why AI data centers create unique challenges for the grid (20:16) Using AI UPS with onsite generation and off-grid power (21:41) How ON.energy can simplify data center interconnection (23:14) ON.command and the importance of software controls (24:15) ON.energy's proprietary hardware architecture (25:35) Building supply-chain certainty at massive scale (27:25) ON.energy's path from resiliency projects to AI infrastructure (29:03) Battery storage as the "Swiss army knife" of the electric sector (30:01) Technical validation at the Department of Energy's Flatirons Campus (31:56) ON.energy's business model (34:31) Why AI's large-load problem is here to stay (35:52) AI training vs. inference and the future of data center infrastructure (38:12) Why AI infrastructure can create American jobs (39:27) Building ON.energy through bootstrapping and disciplined capital allocation (41:48) Turning data centers into grid assets Enjoyed this episode? Please leave us a review! Share feedback or suggest future topics and guests at info@mcj.vc.Connect with MCJ:Cody Simms on LinkedInVisit mcj.vcSubscribe to the MCJ Newsletter*Editing and post-production work for this episode was provided by The Podcast Consultant

Get in touch - leave me a messageLong-duration energy storage is increasingly ready to deploy. The harder problem is that electricity markets still struggle to value what duration actually provides - flexibility, reliability and power when the sun sets, the wind drops and demand peaks.My guest is Julia Souder, CEO of the Long Duration Energy Storage Council. She works across the policy, finance and deployment questions shaping this market, and brings a useful view of what is already happening in places such as China, Australia, the UK, Ireland and the US.We look at why storage is becoming an infrastructure and investment question rather than simply a technology question; what changes when markets pay for four hours of capacity but the grid increasingly needs eight, 12 or 24; and why revenue certainty may now matter more than another technical breakthrough. We also examine what China appears to be getting right about deployment, and why long-duration storage matters for data centres, industrial heat and renewable-heavy grids.Listen now to understand what is really holding back long-duration energy storage at scale, and what could shift the economics, policy and investment case.Sign up to Climate Confident+ for deep dive analysis of the major climate and energy stories of the day.Support the showPodcast subscribersI'd like to sincerely thank this podcast's amazing subscribers:Anita KrajncCecilia SkarupaBen GrossJerry SweeneyAndreas WernerStephen CarrollRoger ArnoldAnd remember you too can Subscribe to the Podcast  - it is really easy and hugely important as it will enable me to continue to create more excellent Climate Confident episodes like this one, as well as give you access to the entire back catalog of Climate Confident episodes.

As battery energy storage systems (BESSs) continue to expand across the energy sector, insurers, developers, and operators are working to better understand the risks associated with rapid deployment. In this episode of The Edge of Risk podcast, recorded live at the 2026 IRMI Energy Risk & Insurance Conference, Joel Appelbaum welcomes Jen Aitchison, renewable and sustainability practice leader at HUB International, to discuss the factors shaping BESS's risks today. Their conversation goes beyond thermal runaway to examine transportation exposures, business interruption concerns, balance-of-system risks, large-scale fire testing, warranties, and the growing influence of industry codes and standards. They also explore evolving underwriting practices, emerging technologies, and risk management strategies that support the long-term growth and insurability of energy storage. Tune in for an informative look into the intersection of renewable energy innovation, risk management, and insurance.

Siva Yellamraju is the co-founder and CEO of Fourier, a company building modular, on-site hydrogen systems for long-duration energy storage and distributed hydrogen production. Fourier's approach combines lithium-ion batteries for short-duration needs with hydrogen storage for longer durations, packaged into a single system designed to operate like a microgrid. In this episode of Inevitable, Yellamraju explains why hydrogen has long been considered promising for multi-day, seasonal, and even multi-year energy storage, but has struggled because of the cost and complexity of transporting it. He argues that producing hydrogen where it is needed can remove that transportation challenge and unlock a different cost curve for long-duration storage. The conversation explores Fourier's modular “hydrogen blade” architecture, its first storage deployment in Gujarat, India, and the growing demand for alternatives to diesel generators as data centers require increasingly large amounts of backup power. Yellamraju also discusses why levelized cost of storage matters more than round-trip efficiency, India's potential role in energy manufacturing, and his transition from software and data centers into building physical energy infrastructure. Note: Fourier is an MCJ portfolio company. Episode recorded on August 5, 2026 (Published on September 1, 2026). In this episode, we cover: (0:00) An overview of Fourier (1:33) Why hydrogen could work for long-duration energy storage (4:12) Why centralized hydrogen production creates a transportation problem (5:31) Making hydrogen storage operate like a battery (7:08) Why levelized cost matters more than round-trip efficiency (10:08) How hydrogen stores and returns energy (12:22) How long hydrogen can remain stored (13:45) Fourier's battery-plus-hydrogen microgrid architecture (14:24) Why Fourier uses a modular “hydrogen blade” design (15:51) Combining lithium-ion batteries with hydrogen for all storage durations (16:19) How Fourier's software optimizes storage, lifetime, and ROI (17:47) Fourier's first commercial storage deployment in Gujarat (19:53) Why Fourier is expanding from hydrogen feedstock into energy storage (20:32) How AI and data center growth accelerated demand for long-duration storage (24:24) Replacing diesel generators and solving multiple power needs with one system (26:55) How hydrogen storage compares with iron-air batteries (27:50) Why India could become a major energy manufacturing and hydrogen hub (30:10) The engineering and manufacturing talent Fourier is hiring (30:39) Transitioning from software to physical energy infrastructure (34:11) Scaling Fourier to meet growing demand for energy storage Enjoyed this episode? Please leave us a review! Share feedback or suggest future topics and guests at info@mcj.vc.Connect with MCJ:Cody Simms on LinkedInVisit mcj.vcSubscribe to the MCJ Newsletter*Editing and post-production work for this episode was provided by The Podcast Consultant

This is a replay of our conversation with Dr. Shirley Meng from the University of Chicago on battery storage. It's one of our favourite deep dives because batteries touch everything from EV range anxiety to grid scale storage, and even the whole critical minerals conversation.When we recorded this in May 2024, Shirley was predicting real solid state battery platforms by 2027 or 2028, and here we are getting close to that window, so it's worth listening again with that timeline in mind. The fights over re-shoring battery manufacturing, the US-China race, the economics of lithium versus sodium, all of it is just as live today as it was then, or maybe even more so.Episode page and show notes.About Our Guest:Dr. Y. Shirley Meng is a Professor at the Pritzker School of Molecular Engineering at the University of Chicago. She serves as the Chief Scientist of the Argonne Collaborative Center for Energy Storage Science (ACCESS) Argonne National Laboratory. Dr. Meng is the principal investigator of the research group - Laboratory for Energy Storage and Conversion (LESC), that was established at University of California San Diego since 2009. She held the Zable Chair Professor in Energy Technologies at University of California San Diego (UCSD) from 2017-2022.Send us a text (if you'd like a response, please include your email)Follow us on:LinkedInBlueskyX/TwitterInstagramEnergy vs Climate relies on the support of our generous listenersDonate to keep Energy vs Climate goingProduced by Bespoke Podcasts

AI's explosive growth is running into a hard physical limit: power. In this episode, Joe Helfrich, managing partner and co-founder of NosTerra Venture Capital, explains why data centers are outpacing the energy grid's capacity and why that crisis is actually a rare opening for innovation. He walks through the shift from massive centralized training centers to smaller edge data centers built for real-time inference, and shares a standout portfolio story of a company turning data center cooling waste into a profitable CO2 business. The conversation covers where entrepreneurs should focus, how NosTerra evaluates real infrastructure solutions versus AI hype, and why this moment could reshape energy for everyone, not just the tech industry. Key Takeaways: 2:17 — What is the hidden physical problem behind the AI boom? 7:19 — How can data centers become accelerators instead of energy villains? 10:58 – When will AI compute move closer to the people using it? 21:15 — Who is turning a data center's waste into a business model? Quote of the Show (20:21):"Data centers are the catalyzing force that pulled forward all kinds of technology that reduces the cost of energy for everyone and increases energy supply and resiliency." — Joe Helfrich Join our Anti-PR newsletter where we’re keeping a watchful and clever eye on PR trends, PR fails, and interesting news in tech so you don't have to. You're welcome. Want PR that actually matters? Get 30 minutes of expert advice in a fast-paced, zero-nonsense session from Karla Jo Helms, a veteran Crisis PR and Anti-PR Strategist who knows how to tell your story in the best possible light and get the exposure you need to disrupt your industry. Click here to book your call: https://info.jotopr.com/free-anti-pr-eval Ways to connect with Joe Helfrich:Company LinkedIn: https://www.linkedin.com/in/joehelfrich/ Company Website: https://nosterracapital.com How to get more Disruption/Interruption: Amazon Music - https://music.amazon.com/podcasts/eccda84d-4d5b-4c52-ba54-7fd8af3cbe87/disruption-interruption Apple Podcast - https://podcasts.apple.com/us/podcast/disruption-interruption/id1581985755 Spotify - https://open.spotify.com/show/6yGSwcSp8J354awJkCmJlD YouTube: https://www.youtube.com/results?search_query=disruption+%2F+interuuptionSee omnystudio.com/listener for privacy information.

Why Sodium? The global transition to renewable energy has accelerated the global development of lithium-ion batteries, but the mining and processing of its materials can be harmful to workers, local communities, and the environment. Sodium has a recently emerged as a potentially cheaper and more environmentally friendly alternative that could revolutionize battery storage systems. Dr. Shirley Meng is one of the scientists leading the way in this field, spearheading the creation of the world's first anode-free sodium solid-state battery. Diving Deeper Dr. Meng's batteries have three key qualities: they are anode-free, sodium based, and solid-state. Though other researchers have developed batteries with similar characteristics, this is the first time all three have been combined. Most batteries consist of three main parts: a cathode, anode, and electrolyte. The cathode is the positive pole, the anode is the negative pole, and the electrolyte is the material between the poles. As explained by the MIT School of Engineering, when a battery is connected to an external circuit, electrons move through the circuit, while simultaneously ions move through the electrolyte. The anode in a standard battery stores ions, while an anode-free battery starts out with no active anode material—the ions come entirely from the cathode. According to laser tech company Laserax, there is one key difference between Lithium-ion Batteries (LIBs) and Solid State Batteries (SSBs): the electrolyte material. In an LIB, this is a liquid, typically liquid salt dissolved in an organic solvent, which is highly flammable. In an SSB, this liquid is replaced by a solid electrolyte. Dr. Meng calls the electrolyte in her team's batteries the “magic salt” because it's primarily made out of sodium chloride - the same chemical as table salt. By supplementing the magic salt with other chemicals like oxygen, yttrium, and zirconia, an ion-conducting electrolyte can be formed. The Pros and Cons Dr. Meng's batteries use sodium in place of the lithium in LIBs. Lithium and other LIB components can only be mined in particular regions, and production - besides being deleterious to the environment - is tightly controlled by a handful of powerful countries. Sodium, on the other hand, is predicted to be about 1200 times more plentiful than lithium in the earth's crust, and can be accessed from other sources like sea water. Anode-free batteries are often lighter, cheaper, and more energy-dense than similarly capable standard batteries. However, they can be harder to manufacture and can have shorter lifetimes. As advances are made by other researchers working on alternate battery structures, these challenges will likely be overcome, as have similar difficulties with LIBs. Dr. Meng's batteries operate best in the lab at low external temperatures, which fills a gap in the battery market in extremely cold climates; however, scalability and widespread use demands that batteries function in a wide temperature range. Solid-state batteries also come with a range of benefits and challenges. Besides being less flammable, they can have faster charging, higher energy capacity, and longer lifetimes compared to LIBs. However, they are susceptible to the formation of dendrites - or, tree-like metallic structures on the anode - which form during charging and can cause short circuits. Solid electrolytes are prone to cracking under mechanical stress, both in manufacturing and use. Like anode-free batteries and other cutting edge battery tech, SSBs have a long way to go in terms of scalability, but show promise in the future of battery development. Dr. Meng's Take Dr. Meng emphasizes that Sodium-ion battery technology is not new - research began back in the 1960s, but was outpaced by lithium-ion research, which at the time showed better results. Additionally, sodium batteries aren't necessarily a replacement for lithium batteries, but rather a complementary technology that many companies will be able to produce without much capital investment. With the combination of these battery technologies, there is potential to moderate the cost of electricity at peak use times. Dr. Meng predicts that sodium-ion batteries may be able to compete with lithium-ion and lead-acid batteries in the next five years, and suggests that until then, costly but compact lithium batteries might be used in mobile applications, like computers, while sodium batteries - which for now are heavier - can be used for stationary purposes, like grid storage. Overall, she feels that it's “critical that all of us… stop temperature rise” - and sodium-ion batteries are a key step in the plan. About our guest Dr. Shirley Meng is the Liew Family Professor in Molecular Engineering at the Pritzker School of Molecular Engineering at the University of Chicago. She is also the Distinguished University Professor and Vice President (Industry) at Nanyang Technological University (NTU), Singapore. She directs the Energy Storage Research Alliance and is the principal investigator of the Laboratory for Energy Storage and Conversion (LESC) at UCSD. Her research focuses primarily on energy storage materials and systems – including rechargeable batteries and grid-scale storage for renewable energy. Resources UChicago, Team Develops Battery Nature Energy, Design principles for enabling an anode-free sodium all-solid-state battery LESC, Recent news Physics Today, Solid State Batteries - Hype, Hopes, and Hurdles Chemical Review, Anode-Free Batteries For a transcript of this episode, visit https://climatebreak.org/the-future-of-battery-storage-with-dr-shirley-meng/

Making Money with Ron Hiebert & Graham Hicks - Battery and Energy Storage Stocks

Plus: European vibe-coding startup Lovable notches $13 billion valuation. And rust-powered battery maker Form Energy raises $750 million to boost manufacturing. Danny Lewis hosts. Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

Korean manufacturer Samsung SDI announced that it acquired General Motors' stake in the SynergyCells joint venture. The collaboration had planned to build a $3.5 billion electric vehicle battery cell factory in New Carlisle, Indiana, with the American automaker holding a 49.99% stake.Samsung SDI attributed the decision to market changes since the joint venture's conception in 2023, including “slower-than-expected growth of EV demand.” The company said it plans to continue building the facility, which would serve as its first independently operated battery production base in North America. The plant is currently under construction, though Samsung SDI did not provide an expected completion date. Once finished, the company now plans to make batteries for energy storage systems. Despite GM's exit from the joint venture, the two companies signed a new agreement to develop a prismatic battery cell for potential future EV applications, with Samsung SDI noting that the Indiana plant could eventually make the cells.General Motors and Samsung SDI formed their original partnership in April 2023 and selected New Carlisle as the plant site two months later. The joint venture intended to make nickel-rich prismatic and cylindrical cells, achieve a capacity of 30 gigawatt-hours, create 1,600 jobs and begin production in 2026. However, in August 2024, the companies delayed the production start to 2027 after construction had begun.GM's decision to sell its stake follows a January 8 SEC filing in which the automaker said it expected to record approximately $6 billion in charges in the fourth quarter of 2025 following its review of EV capacity and investments. The announcement comes as automakers scale back EV plans after the loss of a $7,500 EV federal tax credit last September.#GM, #GeneralMotors, #SamsungSDI, #EV, #ElectricVehicles, #EVBatteries, #BatteryManufacturing, #EnergyStorage, #Manufacturing, #IndianaManufacturing, #Automotive, #BatteryTechnology, #SupplyChain, #IndustrialNews, #ManufacturingNews

P.M. Edition for Aug. 3. Ford spent decades producing ho-hum workhorse cars–the Taurus, the Focus. WSJ autos reporter Ryan Felton explains why the company is hitting reverse. Plus, Michigan public health officials say two people have died in connection with the cyclosporiasis outbreak. And WSJ business reporter Natasha Khan discusses why Kimberly-Clark is embarking on a moonshot effort to make paper towels and toilet paper out of a spiny desert plant called hesperaloe. Danny Lewis hosts. Sign up for the WSJ's free What's News newsletter. Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

Plus, Tyson Foods lowers its profit outlook amid a cattle shortage. And Nissan reports its first quarterly profit in two years. Alex Ossola hosts. Sign up for WSJ's free What's News newsletter. An artificial-intelligence tool assisted in the making of this episode by creating summaries that were based on Wall Street Journal reporting and reviewed and adapted by an editor. Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

TOPIC: Batteries PANEL: Bob Galyen, Battery Expert; Mike Anderson, Battery Technology; Gary Vasilash, shinymetalboxes.net; John McElroy, Autoline.tv

Avadain CEO Brad Larschan joins Chris Lustrino to discuss the company's effort to commercialize one of the most promising materials in advanced manufacturing: graphene. Brad explains what makes graphene so powerful, why it has been difficult to manufacture at scale, and how Avadain is working to create a technical pathway for large, thin, defect-free graphene production. The conversation explores the potential applications of graphene across aerospace, drones, critical minerals, building materials, energy storage, and other industrial use cases. Brad also outlines Avadain's capital-light strategy of licensing its production technology to established chemical and advanced materials companies rather than manufacturing graphene itself. Chris and Brad discuss the company's pilot plant, commercialization risks, recently completed $5 million crowdfunding raise, and long-term vision for building recurring royalty revenue from graphene production.

In this episode we have Shawn Shaw, founder and CEO of Camelot Energy Group, discussing energy storage and renewable energy development. Shawn explained how Camelot helps investors, asset owners, and project developers build reliable clean energy projects, highlighting challenges with community resistance to renewable energy installations including over 200 energy storage moratoria across the United States. The conversation covered technical aspects of energy storage safety, with Shawn sharing that commercial and utility-scale batteries experience fires at approximately 0.3% per year, similar to residential house fires, and discussing how safety standards have improved significantly since incidents like the Moss Landing fire. They also explored historical perspectives on energy storage, from medieval mill ponds to modern battery technology, and discussed how energy storage benefits extend beyond renewable energy integration to improving grid reliability regardless of energy source. Shawn mentioned his recent book publication on energy storage systems by the International Code Council and his work training professionals through Heat Spring platform, while both participants agreed to potentially collaborate on future podcast episodes covering the history of energy storage Topics Covered Camelot Energy Group www.camelotenergygroup.com Moss Landing Incident Thermal Runaway History of Energy Camelot Name Origin King Arthur Inspiration Medieval Energy Storage Mill Pond History Genghis Khan Energy Firefighter Training Project Development Investor Decision-Making Clean Energy Mission Big Bang Philosophy Electricity Bill Costs Grid Infrastructure Overbuilding BESS = Battery Energy Storage System AHJ = Authority Having Jurisdiction UL 9540A Reach out to Shawn Shaw here: LinkedIn: www.linkedin.com/in/shawnshawpe Website: www.camelotenergygroup.com Email: shawn.shaw@camelotenergygroup.com   Learn more at www.solarSEAN.com and be sure to get NABCEP certified by taking Sean's classes at www.heatspring.com/sean www.solarsean.com/esip

Plus: SAP shares rise after earnings beat. And CATL profit surges on booming battery demand. Imani Moise hosts. Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

Get in touch - leave me a messageBattery storage is getting cheaper, but the data used to trade and operate it may be badly wrong. When forecasts miss, penalties stack, warranties get messy, and returns can quietly unravel.My guest is Ash Vats of 3E, who works on battery intelligence for utility-scale assets. We look at the gap between what a battery management system reports and what the hardware can actually deliver - a gap with direct consequences for grid reliability, revenue and asset life.We examine why some battery sites show faults before day one, how state-of-charge estimates can be materially wrong, and why operators - not traders alone - need to shape commercial decisions. We also unpack what changes when owners, asset managers and traders stop working from three different versions of the same asset.Listen now to understand what is really limiting battery storage returns, and how better operational intelligence can recover capacity, reduce commercial risk and improve long-term performance.Sign up to Climate Confident+ for deep dive analysis of the major climate and energy stories of the day.Support the showPodcast subscribersI'd like to sincerely thank this podcast's amazing subscribers:Anita KrajncCecilia SkarupaBen GrossJerry SweeneyAndreas WernerStephen CarrollRoger ArnoldAnd remember you too can Subscribe to the Podcast  - it is really easy and hugely important as it will enable me to continue to create more excellent Climate Confident episodes like this one, as well as give you access to the entire back catalog of Climate Confident episodes.

In this episode of Connected FM, host Dean Stanberry, former Chair on IFMA's Global Board of Directors, welcomes Gabe Phillips, CEO of Catalyst Power, for a practical conversation about energy management in an increasingly disrupted market. Gabe explains how facility managers can move beyond treating energy as a fixed operating expense and instead take a more strategic approach to procurement, efficiency and resilience planning. The discussion covers energy contracts, market volatility, demand management, on-site generation and how organizations can evaluate opportunities such as solar, combined heat and power and battery storage. The conversation also highlights the importance of understanding energy baselines, gathering operational data and conducting energy audits before making major investments. Gabe shares why facility managers should focus on building a strong data foundation, leveraging expert advice and carefully evaluating the financial realities behind emerging energy technologies. This episode is sponsored by SiteMap®, powered by GPRS. Learn more at sitemap.com/ifma Timestamps: 0:00 Introduction 3:01 Meet Gabe Phillips and Catalyst Power 5:17 The Biggest Sources of Avoidable Energy Costs 7:23 Why Energy Procurement Strategy Matters 9:00 Resilience Planning and Backup Power Decisions 11:20 What Drives Energy Investments: Cost, Stability or Sustainability? 12:25 Sponsor Message: SiteMap by GPRS 13:03 Evaluating Solar, CHP and Other Energy Technologies 15:26 Why Energy Baselines and Audits Come First 18:00 New Energy Technologies Facility Managers Should Watch 18:42 The Reality of Demand Response Programs 19:53 How Better Data Is Transforming Energy Management 21:27 Are Battery Storage Systems Worth It? 22:36 Why Data Is the Foundation of Energy Strategy 24:02 Closing Thoughts and Outro Connect with Us:LinkedIn: https://www.linkedin.com/company/ifmaFacebook: https://www.facebook.com/InternationalFacilityManagementAssociation/Twitter: https://twitter.com/IFMAInstagram: https://www.instagram.com/ifma_hq/YouTube: https://youtube.com/ifmaglobalVisit us at https://ifma.org

A proposed battery storage plant in Chesapeake meets the city's requirements. Neighbors don't see it that way.

MTerra Solar is located in Gapan, Nueva Ecija. It is said to be the world's largest integrated solar and battery energy storage system. - Ang MTerra Solar sa Gapan, Nueva Ecija ang pinakamalaki umanong integrated solar and battery energy storage system sa buong mundo. 

In May 2026, our co-host Laurent Segalen had the privilege of chairing a high-profile panel hosted by SolarPower Europe at its annual Solar Power Summit in Brussels, one of the leading gatherings for the European solar and energy storage sectors.  In this episode, we bring you highlights from the hour-long conversation, featuring two distinguished industry leaders: Fredrik Andrén Sandberg from RWE and Hanna Kunzmann from EQT. Between them, their organisations oversee more than 10 GW of battery storage projects either in operation or under development, offering a unique perspective on the realities of financing and scaling storage assets.  The discussion addressed one of the most important questions facing the energy transition today: the bankability of battery storage investments. As battery deployment accelerates across Europe and beyond, investors, developers, and policymakers are increasingly focused on understanding the risks and opportunities that will determine the sector's long-term attractiveness.  The conversation examines battery bankability through four interconnected dimensions. First, technology risk: are batteries still exposed to meaningful technological uncertainty, or have the key challenges shifted towards commercial execution? Second, commercial risk: how should investors evaluate revenue models, merchant exposure, and the growing role of hybridisation strategies? Third, regulatory risk: what policy and market-design uncertainties could affect future returns, from evolving capacity mechanisms to unexpected rule changes? Finally, digital risk: how critical are cybersecurity, battery management systems (BMS), and energy management systems (EMS) in safeguarding performance and protecting asset value over the long term?  The session attracted a packed audience in Brussels and has since been widely praised for the quality, depth, and practical insights of the discussion. Whether you are an investor, developer, policymaker, or simply interested in the future of energy storage, this episode offers a valuable window into how some of the industry's leading players assess risk and opportunity in one of the fastest-growing sectors of the energy transition.

Get in touch - leave me a messageWhat if electrification is no longer just a climate solution — but an energy security strategy?In this episode of Climate Confident, I'm joined by Gavin Mooney, an independent energy transition advisor working across utilities, electrification, and energy markets. We look at Australia as a live test case for the energy transition: a country rich in coal, gas, sunshine, and wind, yet still exposed through imported diesel, freight, mining, agriculture, and long-distance transport. That contradiction matters. For climate tech, decarbonisation, net zero, emissions reduction, and policy, it changes the frame from “cleaner energy” to “who controls the energy system?”You'll hear why rooftop solar has become normal in Australia, with more than one in three homes now generating power from the roof, and why home batteries are scaling faster than many expected. We dig into how storage is changing the economics of solar, why virtual power plants are running into a trust problem rather than a technology problem, and why smart tariffs may prove more effective than utilities trying to take control of assets people bought themselves.You might be shocked to learn how quickly diesel vulnerability can reshape thinking on EVs, electric trucking, and resilience. We also touch on India, Pakistan, Nigeria, Lebanon, Ethiopia, Nepal, and Vietnam — places where the energy transition is moving in ways that rarely make the headlines, but absolutely should.

The geothermal landscape has evolved quite a lot in the last 5 years since I began recording episodes here on this show, we have seen billions in capital raised, successful pilots, full scale commercial projects constructed and lately a record breaking IPO. Zooming in, 5 years ago I sat down with then fairly new startup Sage Geosystems to talk about their unique EGS tech, plans for the future and what they hoped to accomplish.  Fast forward to today, they have deployed their first grid connected commercial project, raised significant capital and put together a gigawatt pipeline they are actively working to bring to market.  Sage Geosystems  https://www.linkedin.com/company/sage-geosystems/posts/?feedView=all Cindy Taff https://www.linkedin.com/in/cindy-d-taff-53b77a57/ CORE Knowledge  https://www.linkedin.com/company/core-geothermal Nick Cestari  https://www.linkedin.com/in/nick-cestari-48059268/

Two Rice alums are shaking up the renewable energy world with Tierra Climate, an AI-powered energy storage platform that's quietly reshaping how the power grid works.Co-founded by Jacob Mansfield (BA '16) and Emma Konet (PMBA '24), Tierra Climate is driven by a shared belief that the transition to clean power needs to happen faster. Both have been passionate about the energy space since early in their careers, and when they saw an opportunity to use AI and software to accelerate the deployment of storage on the grid, they committed fully, leaving stable careers behind to build something that could make a real impact on climate change.They join host Brian Jackson '21 to trace their unlikely path from Citibank trading desks to startup life. They open up about the underlying anxiety of early-stage founding but why entrepreneurship is still worth it, how large-scale batteries are being underutilized on the grid, and the ways the Rice network keeps showing up.Episode Guide:00:00 Introductions & Origin Stories06:29 Founding Tierra Climate11:39 Customers & the Energy Storage Market16:36 The Startup Journey23:11 Taking the Leap & Building with AI29:29 The Rice Network & Industry Trends35:33  What's Next & the Texas PilotThe Owl Have You Know Podcast is a production of Rice Business and is produced by University FM.Episode Quotes:Magic happens when you commit20:13: [Jacob Mansfield] I had a professor in business school that said that magic happens when you commit. There's some sort of like lucky space of serendipity that you invite, and you talk to people, and you clearly come from the space and you understand their pain points, and yet you've kind of left all of that world to try to solve the problem. I think that's pretty compelling for folks. I think it's committing at inception, but it's like a continual process of commitment throughout the entire journey.On finding the courage to go all in18:48: [Emma Konet] I think going into that program, I'm not sure I ever would've quit my job and foregone health insurance and taken the big risk, because I was scared. I mean, I was genuinely like, "Oh, like, that feels really risky. I'm not sure my risk tolerance is there." But through the process of my MBA, I think because Rice is so focused on entrepreneurship, that's kind of in the veins of the MBA program throughout. I basically got convinced that it wasn't as big of a risk as I thought, and I think throughout that program, it just made me realize, you know what? Just do it. Like, it was kind of the "just do it, just take the leap" mentality that pushed me over the edge, and I'm very glad that I went full-time on this. On building something that matters16:11: [Jacob Mansfield] Emma and I used to joke early on this concept of existential dread, which I'm sure founders can relate to. You know, when you work in a big organization, it may get some little nervousness around, like bonus day or when you hear, there's going to be some reorg. But generally speaking, I wasn't concerned, going in day in and day out, that Citibank would be in existence. It was one of the largest companies in the world. And so I think the difference is when you start a company, you do have, like, those butterflies in your stomach or that kind of like, okay, like, I want to make sure that what I'm building is going to amount to something and be meaningful.Show Links: Tierra Climate“Clean Energy's Missing Link” | Rice MagazineTranscriptGuest Profile:Jacob Mansfield | LinkedInEmma Konet | LinkedIn

What determines whether a battery project performs safely over its lifetime?According to Kathleen McCaffery and Jeff Zwijack, the answer has as much to do with process, preparation, and quality assurance as it does with the battery itself.In this special live SunCast broadcast, Nico Johnson sits down with Kathleen McCaffery, retired Battalion Chief and former Global Fire Liaison for Tesla, and Jeff Zwijack, Associate Director of Energy Storage at Clean Energy Associates, to discuss what hundreds of inspections reveal about battery safety, operational readiness, and risk management across the energy storage industry.Drawing from hundreds of factory inspections and years of real-world fire response experience, Kathleen and Jeff explore the lessons the industry is learning as battery projects grow larger, more complex, and increasingly important to grid reliability.From supplier selection and factory acceptance testing to emergency response planning and long-term asset management, this conversation highlights the systems and processes that help prevent problems before they become operational, financial, or reputational risks.Expect to learn:

In the latest episode of the Public Power Now podcast, Jeff Dykes, CEO of Tennessee public power utility BrightRidge, provides details on an initiative with Seven States Power Corporation that calls for the deployment of battery storage as a standalone resource. Dykes also discusses how BrightRidge Broadband has brought benefits to BrightRidge customers.

Stay informed on current events, visit www.NaturalNews.com  - Groundhog Day Analogy for Trump's Peace Deals (0:11) - Trump's Peace Deal Announcements and Reality (5:31) - Economic and Political Implications of Trump's Actions (16:15) - Glenn Greenwald's Analysis of Trump's Time Loop (16:34) - Impact of Trump's Actions on Gold and Silver Prices (19:17) - Decentralized Living and Energy Independence (27:42) - Interview with Dr. Chris Martinson on Energy Crisis (28:02) - Personal Preparedness and Resilience (31:01) - Off-Grid Energy Systems and Solar Panels (31:22) - Solar Power and Energy Independence (32:00) - Grid Reliability and Regional Differences (32:17) - Peak Prosperity and Community Resilience (32:38) - Off-Grid Systems and Energy Storage (2:07:15) - Education and Competence Building (2:09:16) - Decentralization and Self-Reliance (2:09:31) - Solar Energy and Local Production (2:09:49) - Water Scarcity and Agricultural Challenges (2:10:03) - Breaking the Chains 2026 and Personal Preparedness (2:17:29) - Financial Planning Activist AI Introduction (2:19:36) - Bonus Content and Consultation Offer (2:20:56) - Additional Bonus Items and Series Details (2:22:48) - Audience Engagement and Support (2:23:55) - Personal Anecdotes and Humor (2:25:19) - Future Plans and Guest Announcements (2:31:58) - Father's Day Sale Announcement (2:36:15) Watch more independent videos at http://www.brighteon.com/channel/hrreport  ▶️ Support our mission by shopping at the Health Ranger Store - https://www.healthrangerstore.com ▶️ Check out exclusive deals and special offers at https://rangerdeals.com ▶️ Sign up for our newsletter to stay informed: https://www.naturalnews.com/Readerregistration.html Watch more exclusive videos here:

Get in touch - leave me a messageNo one wants to ship water around the world. That one line says a lot about the next phase of energy storage.In this episode of Climate Confident, I'm joined by Min Tang, Director of International Business at Rongke Power, one of the world's leading vanadium flow battery companies. We get into why long-duration storage is moving from climate tech side-story to core grid infrastructure, and why that matters for decarbonisation, energy transition planning, net zero delivery, emissions reduction, and policy.You'll hear why vanadium flow batteries are not trying to replace lithium-ion batteries, and why that matters. Different problem. Different tool. Min explains how flow batteries can run for more than 20,000 cycles, retain capacity over decades, and support grid-scale black start, the kind of resilience that becomes rather important when grids are asked to absorb more renewables, power more electrification, and stay upright while demand from industry and AI data centres grows.We dig into the economics too: why storage duration changes cost, how electrolyte leasing can cut upfront CapEx, and why local supply chains could become a major strategic advantage. You might be shocked to learn that localisation is baked into this technology because the electrolyte is mostly water. Glamorous? No. Important? Absolutely.

- GM Dives into Energy Storage… - …And Bi-Directional Charging - Ford Says Right Incentives Boost PHEV Charging - Mexico's Home Grown $8,600 EV - Volvo Trucks Sees $3 Billion Business with AVs - Volvo Trucks Sees Strong Demand - BASF Warns Iran War Will Hurt Car Production in H2 - Magna Could Make Chinese Cars in North America  - Audi Unveils All New Q7 - BYD Interested in F1 and WEC

- GM Dives into Energy Storage… - …And Bi-Directional Charging - Ford Says Right Incentives Boost PHEV Charging - Mexico's Home Grown $8,600 EV - Volvo Trucks Sees $3 Billion Business with AVs - Volvo Trucks Sees Strong Demand - BASF Warns Iran War Will Hurt Car Production in H2 - Magna Could Make Chinese Cars in North America  - Audi Unveils All New Q7 - BYD Interested in F1 and WEC

Battery energy storage systems — BESS — are popping up across the country. They strengthen the electrical grid by storing energy and releasing it at high demand times, and can lower energy costs for customers. But some neighbors of some proposed facilities have concerns about safety and aesthetics.In Vergennes, residents are pushing back against plans by the company Lightshift to build one on Panton Rd. But local officials and Lightshift representatives say the worries are unfounded.We talk through how these systems work with Cyril Brunner. He works in the energy sector — currently for Texture, which builds software to operate the grid, and formerly for Vermont Electric Cooperative. We also talk with Vergennes property owner Carrie Hathaway, a vocal opponent of the proposed battery energy storage site. Adirondack Explorer reporter Gwendolyn Craig fills us in on similar debates over battery storage that are currently underway in Adirondack Park.A representative from Lightshift shared a statement from the company with Vermont Edition ahead of today's show:“Battery energy storage is playing an increasingly important role in advancing Vermont's renewable energy goals, strengthening grid reliability, and helping manage electricity costs. The proposed Panton Road facility uses lithium iron phosphate batteries, a technology widely recognized for its strong safety record. The proposed footprint is approximately 0.17 acres in an industrially zoned site near other larger commercial businesses. Lightshift has met with local officials and residents to present the project and answer questions, and local fire officials have stated they have no safety objections.If approved, the project will provide important benefits to the state and ratepayers. It will help lower energy costs, decrease fossil fuel reliance, and strengthen grid resilience during periods of severe weather and system stress. The project is designed with multiple layers of safety protection, will meet all required safety codes, and does not present a greater safety risk than other types of industrial businesses in the area. The noise level will be studied and mitigated if necessary to ensure no undue adverse impact. The project's aesthetic impact will also be studied and mitigated if necessary to thoughtfully complement its surroundings.Our focus is on providing clear information about battery storage technology and safety, continuing to engage openly with residents and local officials, and participating fully in Vermont's rigorous regulatory review process. We are committed to ensuring that the process is guided by facts and grounded in a shared commitment to Vermont's energy future.It is important to recognize that we are in the early stages of development. We look forward to continuing to engage with interested parties, including the town and residents, to try to incorporate community input as much as reasonably possible.”Broadcast live on Monday, June 8, 2026, at noon; rebroadcast at 7 p.m.Have questions, comments or tips? Send us a message or check us out on Instagram.

David Taylor, Solutions Expert at Anker Innovations, discusses the Anker Solix E10, a modular home energy storage system scalable from 6 to 90 kilowatt hours. The conversation covers solar compatibility, smart panel integration, generator pairing, and time-of-use optimization. Taylor also addresses installation options for both DIY homeowners and licensed electricians, portable power stations, and Anker's broader expansion from mobile charging into the residential energy storage market.   Topics Covered Anker Solix www.ankersolix.com Anker Solix E10 Anker Innovations Battery Solar DIY Inverter Off Grid & On Grid EMS = Energy Management System PCS = Power Control System Back Feeding the Grid Ul Listing DC = Direct Current AC = Alternating Current Balcony Solar Plug-in Solar EV = Electric Vehicle EV = Charging PPS = Portable Power Station   Reach out to David Taylor here: LinkedIn: www.linkedin.com/in/david-taylor Website: www.ankersolix.com   Learn more at www.solarSEAN.com and be sure to get NABCEP certified by taking Sean's classes at www.heatspring.com/sean solarsean.com/esipexam

Episode: 3377 An 1880 article seeks to anticipate the creation of electric power, beginning with Zinc.  Today, we burn Zinc.

Wind and solar resources are providing more clean, low-cost electricity to the grid than ever before, but the intermittent nature of renewable generation requires careful planning. In the latest episode of the Power Trends podcast, NYISO Director of Grid Transition Udayan Nair breaks down what the latest data reveals about wind and solar performance, and what it means for reliability in New York as electricity demand continues to grow.Notably, the electric grid has seen remarkable growth in behind-the-meter solar capacity in recent years, surpassing the solar goal in the state's Climate Leadership Community Protection Act (CLCPA).“We had a goal in CLCPA to reach 6000 megawatts by 2025,” Nair said. “We were at over 6,800 megawatts of capacity last year and it's grown by about 1,000 megawatts per year since 2020. That's a remarkable success in terms of the capacity that has been added to the grid.”Front-of-the-meter solar, which refers to grid-connected solar installments that participate in the NYISO's energy markets, has also seen increased capacity in recent years. While no new wind installments were added in 2025, existing units performed better than usual due to stronger wind patterns, Nair said. Nair discussed factors that contribute to renewable performance, including seasonal weather, demand patterns, and curtailments. He explained why solar and wind must be paired with transmission, storage, and flexible resources to keep the grid reliable, particularly during summer heat waves and winter cold snaps. The latest renewables data showcases the growing contribution of renewables in the current fuel mix and underscores the need for an all-of-the-above approach to development as New York's electric system continues to evolve. More resources: View the 2025 Renewables Report.Learn MoreFollow us on X/Twitter @NewYorkISO, LinkedIn @NYISO, Bluesky @nyiso.comRead our blogs and watch our videos

- U.S. Could Eliminate Fuel Tax - Legislators Move to Ban Chinese Tech - GM Cuts IT Jobs - South Korea Military Wants Hyundai Robots - Ford Launches Battery Storage Business - Unifor Going After Ford 1st - Mercedes Rolls Out Company-Wide AI Platform - Mercedes-AMG GT Pumps Out Fake Engine Noises - Repos Up 43% Since 2019

- U.S. Could Eliminate Fuel Tax - Legislators Move to Ban Chinese Tech - GM Cuts IT Jobs - South Korea Military Wants Hyundai Robots - Ford Launches Battery Storage Business - Unifor Going After Ford 1st - Mercedes Rolls Out Company-Wide AI Platform - Mercedes-AMG GT Pumps Out Fake Engine Noises - Repos Up 43% Since 2019

Eddy Chiang is Co-founder and CEO of Moment Energy, a company building commercial-scale energy storage systems from repurposed electric vehicle batteries. By testing, certifying, and remanufacturing second-life battery modules, Moment Energy is creating lower-cost alternatives to new lithium-ion storage while extending battery lifespans by decades. In this episode of Inevitable, Chiang explains how a growing wave of retired EV batteries is reshaping the energy storage market—making recycling alone economically unviable. The conversation covers the technical and regulatory challenges of certifying second-life systems, how Moment Energy became the first company to achieve full UL certification, and why safety, not cost, is the real barrier to adoption.  We also explore how distributed battery systems can replace traditional grid upgrades, why hyperscaler demand is accelerating deployment, and how Moment Energy is positioning storage not just as a product, but as long-term infrastructure designed to last 100 years. MCJ is a three-time investor in Moment Energy. The company just closed a $40M Series B co-led by Evok Innovations and the Canadian Growth Fund — with the participation of Amazon, Liberty Mutual, Voyager and our fund.  Episode recorded on April 14, 2026 (Published on May 5, 2026). In this episode, we cover:  (0:00) An overview of Moment Energy (2:47) Moment Energy's market evolution (6:37) What certification means and why it's the hardest part (10:22) Are second-life batteries actually safe? (12:15) Hardware + software: how Moment Energy builds safe systems (15:39) Moment Energy's product: modular, distributed battery systems (19:06) Batteries vs grid upgrades: the core economic tradeoff (25:35) Repurposed batteries and domestic supply chains (29:49) The second life of EV batteries and why most still have value (35:20) Designing battery systems to last 100 years (42:53) Demands for AI, hyperscalers, and distributed storage (47:55) Working with Amazon and scaling deployment Enjoyed this episode? Please leave us a review! Share feedback or suggest future topics and guests at info@mcj.vc.Connect with MCJ:Cody Simms on LinkedInVisit mcj.vcSubscribe to the MCJ Newsletter*Editing and post-production work for this episode was provided by The Podcast Consultant

Episode Summary: In this episode of the Solar Maverick Podcast, Benoy Thanjan sits down with Marek Kubik, energy storage expert and former Fluence founder, to break down the rapid evolution of battery storage and its critical role in the energy transition. Marek shares insights from nearly two decades in the industry, explaining how declining costs, technological advancements, and new use cases are pushing energy storage to the center of the modern grid. From lithium-ion dominance to emerging technologies like sodium-ion, and from grid stability to long-duration storage, this conversation covers the trends shaping the future of energy.   Biographies Benoy Thanjan Benoy Thanjan is the Founder and CEO of Reneu Energy, solar developer and consulting firm, and a strategic advisor to multiple cleantech startups. Over his career, Benoy has developed over 100 MWs of solar projects across the U.S., helped launch the first residential solar tax equity funds at Tesla, and brokered $45 million in Renewable Energy Credits (“REC”) transactions. Prior to founding Reneu Energy, Benoy was the Environmental Commodities Trader in Tesla's Project Finance Group, where he managed one of the largest environmental commodities portfolios. He originated REC trades and co-developed a monetization and hedging strategy with senior leadership to enter the East Coast market. As Vice President at Vanguard Energy Partners, Benoy crafted project finance solutions for commercial-scale solar portfolios. His role at Ridgewood Renewable Power, a private equity fund with 125 MWs of U.S. renewable assets, involved evaluating investment opportunities and maximizing returns. He also played a key role in the sale of the firm's renewable portfolio. Earlier in his career, Benoy worked in Energy Structured Finance at Deloitte & Touche and Financial Advisory Services at Ernst & Young, following an internship on the trading floor at D.E. Shaw & Co., a multi billion dollar hedge fund. Benoy holds an MBA in Finance from Rutgers University and a BS in Finance and Economics from NYU Stern, where he was an Alumni Scholar.   Marek Kubik Marek builds and scales deeptech businesses that accelerate the clean energy transition. Over the past 17+ years he has helped take grid‑scale energy storage from first‑of‑a‑kind projects to multi‑billion‑dollar platforms, and enabled giga‑scale renewable systems. As part of the founding team at Fluence, now one of the world's largest energy storage technology providers, he helped to establish the business and drive scale-up - through to unicorn, a $4.7bn IPO and beyond. As Managing Director, he led the Western Europe & Middle East sales organisation, cultivating strategic partnerships, building high-performing teams and transacting over $1bn in energy storage solutions. Today, Marek serves as a flexibility leadership team member at ENOWA, the clean energy and water company of NEOM, where he leads all efforts related to energy storage - a cornerstone of NEOM's ambition to achieve the world's first at-scale 100% renewable power grid. Earlier in my career, he helped develop Europe's first commercial utility‑scale battery project, building directly on my doctoral research and giving me a front‑row seat to the rise of modern battery storage. That mix of technical grounding and commercial execution still shapes how Marek works with teams, investors and policymakers today. He is also a recognised voice in the sector: a Forbes 30 Under 30 honouree that's delivered ~500 speaking engagements (TEDx, UN, COP, One Young World, Oxford University), grown a 50,000+ (top 0.002%) following on LinkedIn and authored the seminal Volta Foundation Battery Report (100,000+ downloads). Marek uses my platform to demystify energy storage, highlight emerging technologies and explore how AI and data can reshape clean energy systems. Alongside his corporate roles, Marek advises governments, infrastructure investors and technology startups on strategy, commercialisation and scale‑up execution - helping bridge the gap between promising innovation and bankable, real‑world projects.   Stay Connected: Benoy Thanjan Email: info@reneuenergy.com  LinkedIn: Benoy Thanjan Website: https://www.reneuenergy.com Website: https://www.solarmaverickpodcast.com/   Marek Kubik Linkedin:  https://www.linkedin.com/in/mlkubik/ Solar Maverick Podcast Updates In this episode, Benoy Thanjan shares key updates with the Solar Maverick community, including upcoming events, speaking engagements, and ways to stay connected. Benoy is hosting the Summer Solstice Fundraiser on June 4th in Jersey City at Hudson Hall, bringing together the clean energy community for an evening of networking and impact. The event supports Let's Share the Sun, a nonprofit delivering solar and energy storage solutions to underserved communities in Puerto Rico, including families with critical 24 hour energy needs. The event will run from 6 PM to 10 PM and includes food, networking, and a special program at 8 PM featuring insights from the Let's Share the Sun team, delegation participants, and event sponsors.  This will be Benoy's third delegation in the past year, and he highlights the importance of meeting beneficiaries firsthand and seeing how solar is transforming lives. Those interested in attending or sponsoring are encouraged to reach out directly or register here:  https://luma.com/jl734ggi On April 28, Benoy will be at the MSSIA Insight Conference in New Jersey, where he will be participating in discussions alongside some of the greatest minds in AI. He will also be recording a live Solar Maverick Podcast interview at the event. More details can be found here:  https://whova.com/web/9I7SOtGH70LucVmeo0%40vp6bW2LE6IfIeHa%40QWl72RaE%3D/ On May 14, Benoy will be speaking at the ACORE Finance Forum 2026 in New York City on a panel focused on scaling behind the meter solar and storage for commercial and industrial and digital infrastructure. The discussion will explore the growing demand for energy driven by AI and data centers. https://acore.org/events/finance-forum/ Listeners can also visit www.solarmaverickpodcast.com to explore recent episodes and insights from leaders across the solar, storage, and energy industries.   Please provide 5 star reviews      If you enjoyed this episode, please rate, review and share the Solar Maverick Podcast so more people can learn how to accelerate the clean energy transition.    Reneu Energy Reneu Energy provides expert consulting across solar and storage project development, financing, energy strategy, and environmental commodities. Our team helps clients originate, structure, and execute opportunities in community solar, C&I, utility-scale, and renewable energy credit markets. Email us at info@reneuenergy.com to learn more.

In Episode 323 of The Green Insider Podcast, host Mike Nemer once again, sits down with Energy Vault co-founder and CEO Robert Piconi to unpack the company's shift from technology provider to owner-operator of energy assets—and why that strategy aligns with the accelerating demand for reliable power in AI compute. They discuss Energy Vault's operational hybrid green hydrogen microgrid project with PG&E in Calistoga, new long-term energy service agreements in Texas and Australia, and how AI is being applied across battery management, predictive analytics, and energy trading—without compromising safety. In this episode, you'll learn: Why Energy Vault is accelerating its move to own and operate storage and hybrid generation assets What the PG&E Calistoga green hydrogen microgrid is designed to do—and how it's being used today How modular data centers and AI compute infrastructure are shaping power requirements Where AI is delivering value: battery monitoring, predictive analytics, and trading/dispatch optimization How flexible, technology-agnostic supply chains help navigate domestic content and regulatory constraints Robert goes on to discuss Energy Vault’s supply chain strategy, explaining how they have built flexible supply chains to handle geopolitical and economic changes. He noted that they have worked with multiple battery providers, including Samsung, and adapted to work with domestic content technologies. Mike mentioned the ITC credits for battery storage through 2032, and Robert agreed, adding that they still need to meet domestic content and foreign entity of concern requirements. Become a Green Insider Be sure to subscribe to The Green Insider, powered by ERENEWABLE, wherever you get your podcasts—and don't forget to leave us a five‑star rating! To learn more about our guests or to inquire about sponsorship opportunities, please contact ERENEWABLE and The Green Insider Podcast. #CleanEnergy #EnergyStorage #GridReliability #Hydrogen #Microgrids #BatteryStorage #AI #DataCenters #EnergyTransition #LongDurationEnergyStorage #IPP The post Owning Energy Storage in the AI Era appeared first on eRENEWABLE.

What can we expect from a new utility-owned distributed storage program that made headlines when it was announced over 18 months ago?Show page available: https://ilsr.org/article/energy-democracy/distributed-storage-ler269/Listen to all of our Local Energy Rules podcast episodes at our site: https://ilsr.org/energy/local-energy-rules-podcast/Don't forget to subscribe, share with your friends, leave a recommendation on our podcast feeds, and join the conversation online using the #LocalEnergyRules hashtag!

Watch the show on television by downloading the e360tv channel app to your Roku, LG or AmazonFireTV. You can also see it on YouTube.Devin: What is your superpower?Eric: Ability to connect deeply with his heritage and channel it into meaningful work.Climate change often leaves many wondering how they can make a real difference. Eric Pasi, the CEO of Enterprise Energy, believes he has an answer: invest in sustainable, renewable energy projects. During this episode of Superpowers for Good, Eric shared an exciting way to support the transition to a cleaner future while potentially earning great returns.Eric outlined a bold initiative currently raising $400,000 on the Climatize platform to fund batteries in the Chicagoland area. Batteries are critical for creating a reliable, renewable energy grid by storing solar and wind power for peak demand periods. Eric explained, “We've seen a hockey stick growth in solar and wind deployment... now we need the grid to be more dynamic.” By enabling investments with low minimum contributions, Climatize is making it possible for virtually anyone to participate in funding climate solutions.The project is made possible by Illinois' innovative Clean and Reliable Grid Act. Signed into law in January, it opens new opportunities for distributed battery aggregation, a cutting-edge renewable energy approach. Unlike traditional solar projects requiring large swaths of land, a 5-megawatt battery project, Eric noted, “often needs less than one acre of land.” This efficiency unlocks the potential for swift, scalable development.Enterprise Energy has already demonstrated success with its previous projects. Eric shared, “Last summer, we raised development capital on Climatize for community solar in Illinois... we've closed financially and will be repaying investors early.” The proven track record highlights both the viability of these projects and Eric's commitment to investor trust.Eric's long-standing passion for renewable energy is evident. Since entering the field in 2007, he's developed over 500 megawatts of solar power. This new focus on batteries represents the next step in his efforts to revolutionize energy systems.With Enterprise Energy's transparent approach, promising returns, and tangible environmental impact, this crowdfunding campaign is an inspiring opportunity for investors to align their money with their values. The campaign can be explored online via Climatize and the QR code shared during the episode. This represents an exciting chance to support a resilient, cleaner energy future.tl;dr:Eric Pasi discusses a Climatize crowdfunding campaign raising $400,000 for batteries in the Chicagoland area.Illinois' Clean and Reliable Grid Act enables scalable distributed battery aggregation for renewable energy storage.Enterprise Energy's track record includes early investor repayment for previous community solar projects.Eric attributes his success to his Tongan heritage, inspiring his work in renewable energy development.Investing in Enterprise Energy combines climate solutions with potential financial returns for Climatize investors.How to Develop Creating Purposeful Connection As a SuperpowerEric's superpower is his ability to connect deeply with his heritage and channel it into meaningful work. He explained, “My father was an immigrant from Tonga… the island he came from is mere feet above sea level in most places.” Motivated by the tangible climate risks his family's homeland faces, Eric's passion for the renewable energy sector began with a personal understanding of the stakes. Eric's background, coupled with his drive to create real change, has enabled him to excel both professionally and personally.One of Eric's most inspiring stories involves his journey to COP27, where he marched shoulder-to-shoulder with climate activists from the South Pacific, including Tonga. In a full-circle moment, Eric said, “I met Al Gore on the shore of the Dead Sea... and told him my story.” Through bold actions like these, Eric showcases how he's used his superpower of connection to inspire impactful progress in the climate movement.Eric shared actionable steps for fostering a sense of purpose-driven connection. He emphasized the importance of storytelling, as demonstrated by his own journey: “Knowing your ‘why' can motivate you to push through obstacles.” He also encourages people to embrace learning moments, citing his time with the Climate Reality Project. Lastly, he stressed paying it forward by mentoring others in their energy transitions.By following Eric's example and advice, you can make creating purposeful connection a skill. With practice and effort, you could make it a superpower that enables you to do more good in the world.Remember, however, that research into success suggests that building on your own superpowers is more important than creating new ones or overcoming weaknesses. You do you!Guest ProfileEric Pasi (he/him):CEO, Enterprise Energy LLCAbout Enterprise Energy LLC: Enterprise Energy is a Minneapolis-based developer of distributed energy projects focused on expanding access to affordable, reliable clean power. The company specializes in community solar and battery energy storage systems, with active development across key U.S. markets including Minnesota and Illinois. Enterprise partners with utilities, landowners, and community organizations to deliver projects that provide meaningful cost savings to subscribers—particularly low- and moderate-income households—while strengthening grid resilience and supporting local economic development. With a track record of navigating complex regulatory programs and bringing projects from concept through financing and construction, Enterprise Energy is committed to accelerating the equitable transition to a modern, decarbonized energy system.Website: enterpriseenergy.comOther URL: climatize.earth/enterprise-energyBiographical Information: Eric Pasi is the CEO and co-founder of Enterprise Energy, a Minneapolis-based developer of community solar and battery energy storage projects. He brings over a decade of experience in the renewable energy industry, with a focus on scaling distributed generation platforms and navigating complex state policy frameworks. Prior to founding Enterprise Energy, Eric held leadership roles at Ips Solar and New Energy Equity, where he helped develop and finance hundreds of megawatts of solar projects across multiple U.S. markets. At Enterprise, he leads the company's strategic growth, project development, and capital formation efforts, with a particular emphasis on expanding access to clean energy for low- and moderate-income communities. Eric is also the author of CleanWave: A Guide to Success in the Green Recovery, where he shares insights on clean energy careers.LinkedIn Profile: linkedin.com/in/ericpasiSupport Our SponsorsOur generous sponsors make our work possible, serving impact investors, social entrepreneurs, community builders and diverse founders. Today's advertisers include Frontier Bio, High Desert Gear, and Mission Booster. Learn more about advertising with us here.Max-Impact Members(We're grateful for every one of these community champions who make this work possible.)Brian Christie, Brainsy | Cameron Neil, Lend For Good | Carol Fineagan, Independent Consultant | Hiten Sonpal, RISE Robotics | John Berlet, CORE Tax Deeds, LLC. | Justin Starbird, The Aebli Group | Lory Moore, Lory Moore Law | Marcia Brinton, High Desert Gear | Mark Grimes, Networked Enterprise Development | Matthew Mead, Hempitecture | Michael Pratt, Qnetic | Mike Babbit | Coledger Solutions | Mike Green, Envirosult | Nick Degnan, Unlimit Ventures | Dr. Nicole Paulk, Siren Biotechnology | Paul Lovejoy, Stakeholder Enterprise | Pearl Wright, Global Changemaker | Scott Thorpe, Philanthropist | Sharon Samjitsingh, Health Care Originals | Add Your Name HereUpcoming SuperCrowd Event CalendarIf a location is not noted, the events below are virtual.SOCAP Open: My panel, “Who Decides Where Impact Capital Goes?” with Lyneir Richardson and Jenny Kassan as proposed by Paul Lovejoy at Stakeholder Enterprise is in the public voting round for SOCAP Open in Chicago. Community votes help shape the SOCAP agenda (about 20% of the selection process), so every vote matters. Please take a moment to vote for our session before the deadline. Thank you!SuperCrowd Impact Member Networking Session: Impact (and, of course, Max-Impact) Members of the SuperCrowd are invited to a private networking session on May 19th at 7:00 PM ET/04:00 PM PT. Mark your calendar. We'll send private emails to Impact Members with registration details. Upgrade to Impact Membership today!SuperCrowdHour, May 20, 2026, at 12:00 PM Eastern. Devin Thorpe will lead a session on “How to File Your Form C-AR Yourself for Free!” Designed for founders and issuers navigating regulated investment crowdfunding, this practical session will walk attendees through the annual Form C-AR filing process and show how to complete it independently—without unnecessary legal or filing expenses. Devin will explain what information is required, common mistakes to avoid, important deadlines to remember, and how staying compliant helps build trust with investors while protecting your raise. Whether you've recently closed an offering or are preparing for your first annual report, this SuperCrowdHour will provide a clear, cost-effective roadmap to filing your Form C-AR with confidence. Register here: https://thesupercrowd.com/20may26SuperCrowd26 featuring PurposeBuilt100™: This August 25–27, founders, investors, and ecosystem leaders will gather for a three-day, broadcast-quality global experience focused on disciplined capital formation, regulated investment crowdfunding, and purpose-driven growth. We're bringing together leading voices in impact investing, compliance, digital marketing, and circular economy innovation to deliver practical frameworks, real-world case studies, and actionable strategies. The event culminates in the PurposeBuilt100™ Showcase, recognizing 100 of the fastest-growing purpose-driven companies in the U.S. Register now to secure your seat and get all the details. August 25–27, streaming worldwide.Share the application for the PurposeBuilt100™: Purpose-driven founders deserve recognition. The PurposeBuilt100™ application window is now open—celebrating the fastest-growing companies building profit with purpose. If you know a founder creating real impact and real growth, please share this opportunity. Applications are free and confidential. Explore the program and apply today: PurposeBuilt100.com.Superpowers for Good Live Pitch on e360tv — June 3, 2026. Purpose-driven founders raising capital through Regulation Crowdfunding are invited to apply by May 6, 2026, for a chance to pitch live to a national audience of investors and impact champions.Community Event CalendarSuccessful Funding with Karl Dakin, Tuesdays at 10:00 AM ET - Click on Events.Want to Work to Clean Up Fashion? Career Choices in a Challenging Environment (Washington, DC | Tue, April 21, 2026 | 11:30 AM–1:00 PM EDT): Join Women for Women's Wear during DC Climate Week for an interactive roundtable + networking on building a career in sustainable fashion—whether you're exploring a new path, considering a pivot, or looking to drive impact from within your current role. Hear practical insights from professionals across apparel/footwear, government, technology, and finance, and leave with clearer next steps (bring your lunch; refreshments served). Limited space—registration subject to approval (Chatham House Rules apply). Register: https://luma.com/yyz01e4iFashion and the Climate Crisis: Policy and Innovation for a Cleaner Industry (Washington, DC | Tue, April 21, 2026 | 3:00–4:30 PM EDT): Join Loop Labs and Women for Women's Wear during DC Climate Week 2026 for a high-energy session on how policy, innovation, and entrepreneurship are reshaping fashion—featuring a policy panel on sustainability standards and supply-chain transparency, curated networking across government/industry/creatives, and a sustainable fashion showcase spotlighting circular designs from DC-area makers. Limited space—registration subject to approval. Register: https://luma.com/1ns7cqsjEarthstock Summit, Ojai, CA, May 29-31: The Earthstock Regenerative Summit in Ojai brings together leaders and community members for panels, workshops, films, music, and hands-on projects focused on regenerative agriculture, ecological design, resilience, health, and sustainable living.Save the Date! October 20th and 21st will be the Crowdfunding Professional Association Regulated Investment Crowdfunding Summit for 2026. This is the event of the year for everyone in the crowdfunding ecosystem.If you would like to submit an event for us to share with the 10,000+ changemakers, investors and entrepreneurs who are members of the SuperCrowd, click here.Manage the volume of emails you receive from us by clicking here.We share educational information—not investment advice. Some links may generate compensation. See our full disclosure.We use AI to help us write compelling recaps of each episode. Get full access to Superpowers for Good at www.superpowers4good.com/subscribe

The conflict in Iran is a reminder of how quickly global energy markets can be disrupted. It also underscores why advances in things like battery technology — from electric transportation to grid-scale storage — are becoming central to energy resilience and security. It has been about 50 years since British chemist Stanley Whittingham laid the foundation for the first lithium-ion battery at an Exxon research lab in New Jersey. In 2019, he and two other scientists, John Goodenough and Akira Yoshino, earned a Nobel Prize for the breakthrough. By then, lithium-ion batteries had transformed consumer electronics and a growing segment of the transportation sector. And today, battery storage is playing an increasing role in supplying new capacity to the eclectic power sector. So what is the state of battery innovation today? Are there battery chemistries that could dethrone lithium-ion technology? How do mineral availability and environmental health play into the battery market? And what does the federal government's waning support for renewable energy mean for the battery industry?   Today on the show, Bill Loveless speaks with Dan Steingart about the arc of innovation in the battery space, and how different energy storage applications are evolving. Dan is the Stanley-Thompson Professor of Chemical Metallurgy and a professor of chemical engineering at Columbia University. He also chairs the Department of Earth and Environmental Engineering and co-directs the Columbia Electrochemical Energy Center. Prior to joining Columbia in 2019, Dan was an associate professor at Princeton University. Credits: Hosted by Jason Bordoff and Bill Loveless. Produced by Mary Catherine O'Connor, Caroline Pitman, Alice Manos, and Kyu Lee. Engineering by Gregory Vilfranc.  

Guest: Lennart Hinrichs, Executive Vice President & General Manager of Americas, TWAICE Overview:In episode 318 of The Green Insider, Lennart Hinrichs shares how TWAICE's independent battery analytics software helps large‑scale energy storage operators identify issues early, optimize performance, and reduce financial and operational risk across the battery lifecycle. Key Topics Covered: Lennart's background and the founding of TWAICE, rooted in early hands‑on experience with battery energy storage systems in Munich that exposed gaps in performance visibility. How TWAICE evolved into a battery analytics platform designed to provide deep insight into large‑scale battery energy storage systems used for grid reliability and renewable energy integration. An overview of TWAICE's software, which analyzes battery systems at the cell level to detect imbalances, safety risks, and hidden performance losses without controlling charging or discharging. Why traditional battery troubleshooting is slow and reactive, and how predictive analytics enable faster root‑cause identification and proactive maintenance. Common battery challenges across the lifecycle, including early‑stage manufacturing defects, longer‑term degradation, and the risks of relying solely on OEMs for performance transparency. The role of independent, third‑party analytics in supporting warranty claims and holding manufacturers or integrators accountable for underperformance. A real‑world case study from California showing how analytics transformed maintenance practices from reactive firefighting to data‑driven optimization. The financial and trading implications of accurate battery performance data, including avoiding penalties through reliable state‑of‑charge assessments. Industry trends, scaling challenges, and Lennart's perspective from speaking at major battery and energy storage conferences. Key Takeaway:As battery energy storage scales globally, independent analytics are becoming essential for maintaining performance, managing degradation, and protecting long‑term investments. Become a Green Insider Be sure to subscribe to The Green Insider, powered by ERENEWABLE, wherever you get your podcasts—and don't forget to leave us a five‑star rating! To learn more about our guests or to inquire about sponsorship opportunities, please contact ERENEWABLE and The Green Insider Podcast. The post Battery Analytics Are Transforming Energy Storage appeared first on eRENEWABLE.