Podcasts about power transmission

In the opening segment, Jerrod delves into the company summary, exploring the roles of John and Robert within WAJAX. John, overseeing the Bearings and Power Transmission category, and Robert, managing bulk material handling, provide insights into the "Farm to Store" process. The discussion unfolds to cover various product lines, such as bulk material handling, hydraulics, pneumatics, process pumps, filtration, and instrumentation. Click here to watch Heavy Industry World Tour Partner

Anthony Winston III, the driving force behind Winston Engineering Inc., embarked on his engineering journey in Chicago, IL. Armed with a Bachelor of Science degree in Electrical Engineering from Arizona State University, specializing in Power Transmission and Distribution, Anthony was poised to make a meaningful impact on the construction industry while cherishing moments with his family. Before founding Winston Engineering, Inc, Anthony accumulated extensive experience, coordinating automated Lutron lighting design, developing controlled plug load systems, and designing temporary power systems for projects like Loma Linda Children's/Adult Hospital. These endeavors shaped his expertise and formed the bedrock for the values that define Winston Engineering, Inc. today.   In this episode, we talked to Anthony about key aspects of building a successful company, finding clients, effective pricing strategies, commonly made mistakes in the sector, and much more.       Announcement: Check out the Apartment Investing Mastermind   Pre-construction Strategies;   02:29 Anthony's background; 05:41 Working on missiles and radar technology; 06:27 How Anthony built his company; 09:34 Tips for finding your initial clients; 11:12 Recommendations on pricing strategy; 12:40 Typical projects in the market; 14:33 Ideal process flow in Anthony's viewpoint; 17:46 Commonly made mistakes in the sector; 19:28 Advices on first-time developers; 21:17 Anthony's favorite project so far; 24:40 Round of Insights         Announcement: Download Our Sample Deal and Join Our Mailing List   Round of Insights   Apparent Failure: Failing a big project due to COVID-19 outbreak. Digital Resource: Monday. Most Recommended Book:  1) King Leopold's Ghost 2) Adversity for Sale: Ya Gotta Believe Daily Habit: Planning the next day on a whiteboard, right before leaving the office. #1 Insight for Building an effective and powerful website: Setting clear expectations with one's team, and setting up proper timelines. Best Place to Grab a Bite: Bar Sofia    Contact Anthony: https://winstoneng.com/    Thank you for joining us for another great episode! If you're enjoying the show, please LEAVE A RATING OR REVIEW,  and be sure to hit that subscribe button so you do not miss an episode.  

Episode: 2939 Getting Power Inside: Alternative Power Transmission Systems.  Today, why electricity?

Fellow Aussie Toby Robb joins Dave to discuss everything related to mains power generation and transmission and his role as a linesman.

Long-distance electric transmission lines are a critical to the energy transition, yet construction of new lines has come to a near standstill in the U.S. Rob Gramlich of Grid Strategies discusses recent market and regulatory action to resurrect transmission development. --- Electric transmission line mileage will need to triple by the middle of this century to make a net-zero carbon grid a reality, according to estimates cited by the U.S. Department of Energy. Yet new transmission development has plummeted over the past decade, while efforts to spur new construction of long-distance power lines have largely come up short. Rob Gramlich, president of power sector consultancy Grid Strategies and a frequent expert witness on grid issues before Congress, discusses transmission's critical role in making the grid of the future clean and reliable, and the reasons behind the development slowdown. He reviews the results of a recent report card analysis of transmission development activity across the country, and highlights efforts among grid operators and regulators to incentivize new development. Rob Gramlich is president of power sector consultancy Grid Strategies. Related Content Energy Transition Puts Grid Reliability to the Test https://kleinmanenergy.upenn.edu/podcast/energy-transition-puts-grid-reliability-to-the-test/ The Prospects for Pennsylvania as a RGGI Member https://kleinmanenergy.upenn.edu/research/publications/the-prospects-for-pennsylvania-as-a-rggi-member/ Wholesale Electricity Justice https://kleinmanenergy.upenn.edu/research/publications/wholesale-electricity-justice/   Energy Policy Now is produced by The Kleinman Center for Energy Policy at the University of Pennsylvania. For all things energy policy, visit kleinmanenergy.upenn.eduSee omnystudio.com/listener for privacy information.

In this episode we look at a kit put together by Dr Konstantin Meyl which in a single briefcase offered opportunity for one to see for one's self that power transmission via Scalar waves is possible! There's so much awesome stuff in the neighborhood of vortex physics and electric universe! In this episode some of the talking points are: Scalar wave power transmission Dr Konstantine Meyl's experiment kit new energy tech vortex physics buildings as electrical components people as electrical components do scalar waves benefit life? results of scalar wave application on plants Electromagnetic lifters (magic carpets?) are uaps really just high end "lifters"? and more!!! site for the energy conference- http://www.guns.connect.fi/innoplaza/energy/conference/Weinfelden/ site for the scalar wave kit PDF- https://medalab.com/wp-content/uploads/2020/09/Scalar-Wave-Technology-Experimental-Kit-for-Electrical-Scalar-Waves-Meyl-2003.pdf There's so much out there around these topics, don't let my recomendations limit the scope of your research look and see what you find!! Message or follow on IG! @randomfracts #KonstantinMeyl #Redthreadpodcast #vortex #Tartaria #freeenergy --- Send in a voice message: https://podcasters.spotify.com/pod/show/red-thread-podcast/message

This week on the Into the LightWeb Podcast, Joanna Hunter talks about hearing the calling from a higher power, shares Skylar's explanation of what our emotions are really telling us, and asks you the question "What is the most loving thing you can do for yourself today?".  If you would like to join Joanna LIVE on Zoom for her weekly Transmissions of Light, sign up below to receive weekly email reminders and zoom links:✨Transmission of Light Sign-Up Link:  https://joannahunter.com/tol/Sign up to The Temple here:  https://joannahunter.thrivecart.com/lwh12/If you would like to find out more about THE 100, please message @joannasteamhunter on Facebook for more info

I recently spent time with my friend and fellow HR colleague to talk about relationshiping, the job search, pet peeves and what networking means to her. What started out as fun, competitive banter (Texas vs. OU) has blossomed into a great friendship and trusted HR colleague that I can rely upon as a sounding board. I hope you'll tune in for this fun, lighthearted conversation about networking and the importance of building relationships. Jennifer “Jenn” L. Congdon most recently served as Chief Human Resources Officer at Ecobat from September 2020 through December 2021. Ecobat is a world leader in the production of lead and lead alloys and the recycling of lead batteries. Ecobat is an integral part of the world's most efficient circular economy. Throughout her accomplished career, Jenn has served in several key leadership roles in Human Resources. Prior to Ecobat, she was Chief Human Resources Officer for Watts Water Technologies from December 2016 to April 2020. Watts is a global leader of quality water solutions for residential, industrial, municipal, and commercial settings. From August 2012 to December 2016, Jenn was Vice President of Human Resources for Applied Water Systems, Business Transformation, and Continuous Improvement with Xylem Inc. Xylem is a global designer, manufacturer, and equipment and service provider for water and wastewater applications. Before Xylem, Jenn served as Vice President of Human Resources for Power Transmission at Rexnord Corporation from 2010 to August 2012. Rexnord Corporation is a multi-industry manufacturer and marketer of highly-engineered mechanical power transmission components and water management products. From 2004 to 2010, Jenn held several human resources management positions of increasing responsibility with Honeywell International Inc. Prior to joining Honeywell, Jenn was a Human Resources Manager with Cisco Systems, Inc. and worked as a human resources consultant. Jenn has a BA from James Madison University in Mass Communications and an Executive MBA from Thunderbird School of Global Management.

The Baihetan-Jiangsu ultra-high-voltage direct current power transmission project can deliver more than 30 billion kilowatt hours of clean electricity annually, helping reduce carbon dioxide emissions by over 25 million tons per year.

PODCAST GUEST BIO: TS Conductor technology for smarter power transmission lines provides safety, reliability, and longevity, all while doubling ampacity over ACSR and reducing line power loss by 40%. TS Conductor also solves sag issues caused by heat, ice, stresses, and long span in large conductors, while reducing costs in fitting and installation. Their solution can be used in all price-sensitive distribution applications for new build and reconductoring. Recent investors include Breakthrough Energy Ventures, National Grid Partners, and a subsidiary of NextEra Energy. ------- Dr. Jason Huang has been working in advanced conductors for the past 10 years, with over 20 years prior experience in composite material technologies. He is regarded as one of the utility industry's leading experts in composite core wire and cable technology. Before forming TS Conductor, Dr. Huang was the CEO and CTO of CTC Global, VP of Engineering Technology at BAE Systems Composite Structures, and product development lead at CYTEC Engineered Materials and Goodrich High-Temperature Composite Corporation. He has a PhD in Materials Science and Engineering from The Ohio State University, an MBA from the Fisher College of Business, and an MS in Materials Science from the University of California. ------- QUESTIONS THAT WE COVERED: Business What does your company do? What makes you unique versus the competition? How are you funding your growth — e.g., revenue, VC, CVC, government grants, M&A? What are 1-2 lessons you've learned along the way? Outside of your current business, what other 1-2 climate or sustainability sectors seem like promising areas in which to start a business? What might those solutions look like? Personal If you had to start over, what are 1-2 tips you'd give yourself in order to be faster, more effective, and higher impact? What are some habits and routines that keep you focused, healthy, and sane — e.g., meditations, exercise, productivity hacks? What recommendations do you have for our audience — books, podcasts, quotes, tools? What's the nicest thing anyone has ever done for you — outside of your own family? Closing Do you have any requests, announcements, or final advice for our listeners? ------- PODCAST HOST: Entrepreneurs for Impact is the only private mastermind community for growth-stage CEOs and investors fighting climate change. We're on a mission to help climate leaders supercharge their impacts, share best practices, expand their networks, and reach their full potential. Our invite-only cohorts of 12 executives catalyze personal development and business growth via monthly meetings, annual retreats, a member-only Climate Investor Database, and 1:1 coaching and strategy calls. Today's highly curated Mastermind members represent over $4B in market value and are influencing corporate priorities and infrastructure much larger than that. Peer groups are led by Dr. Chris Wedding who brings $1B+ of investment experience, 60,000+ professional students taught, 25 years of meditation, an obsession with constant improvement, and far too many mistakes to keep to himself. Website: www.entrepreneursforimpact.com Membership benefits: https://bit.ly/3l12Gyg Sample Mastermind members: https://bit.ly/3ipSehS Request more information on membership: https://bit.ly/3mj48eM --- Send in a voice message: https://anchor.fm/entrepreneurs-for-impact/message

Bob Willig, executive director and CEO of SME (also known as the Society of Manufacturing Engineers), and John Dyck, CEO of CESMII – The Smart Manufacturing Institute, recently announced a partnership to accelerate smart manufacturing adoption. Bob joined SME a year ago after more than 30 years' experience holding multiple leadership positions at global manufacturing companies, most recently at Stoneridge Inc. where he was president of the Control Devices Division. Prior to Stoneridge, he served as president and CEO of Plasan Carbon Composites and was president in the Americas for GKN Driveline, an automotive industry supplier. Earlier in his career, Bob was president of both Power Transmission and Powertrain at The Gates Corp. He earned his bachelor's degree in mechanical systems design at Lawrence Tech University and an MBA from Wayne State University. John began his tenure at CESMII in 2018 after securing his reputation as a domain expert on applying innovations like the Cloud and the Industrial Internet of Things (IIoT) in diverse manufacturing industries and supply chains. Prior to joining CESMII, John held senior leadership positions in large corporations like GE and Rockwell Automation and was effective in raising venture capital funding and building a successful software startup called Activplant. He has been awarded a number of patents for IIoT and analytics applications in manufacturing workflows and business processes. He received a bachelor's degree in electronics engineering from Conestoga College.

Chris Lupaschuk started in land acquisition in 2005 while attending Olds College. In 2017 his career journey led him to a copper mining project in the Republic of Serbia where he developed the first successful land acquisition and resettlement program in the country. Moving from Canada to Serbia was a giant leap for Chris Lupaschuk and his family but in examining the opportunity he realized that “it really had to do with the adventures, when we actually looked on a map and saw where Serbia was, it's only a few hours drive to Budapest or to Romania, or Prague is driving distance”. His team and project were based in a small town called Bor, about a three hour drive from Belgrade. By the time the copper mining project was done, it would represent approximately 1000 hectares (3000 acres) of land, between 12 and 13 hundred parcels within that footprint, and between 450 to 500 property owners.Chris tells Chad Hughes that his moving from oil and gas drilling programs to linear pipeline projects in Canada helped prepare him for the large impact of the Serbian project. He dealt with everything from needing decoy documents to dissuade land speculators to erratic sized parcels to the Herculean task of pulling land titles in a country that had been besieged by wars, occupations, and ever-changing governments. However, Chris maintains that the keys to success in Canada ultimately are the same in Serbia: good communication with owners and other stakeholders, and fair and consistent dealings.“My residence that I spent 70%+ was in eastern Serbia and it was in Bor. Immersing myself in the culture and really taking an appreciation for what struggles people in the local area were going through and that this was serious business… this is one of the most serious things you could ever talk with someone about. And one of the most important things that they have in their ownership is their property. That language is the same in English as it is in Serbian.” - Chris LupaschukResources mentioned in this episode:Map of Serbia (including town of Bor)About Chris LupaschukChris Lupaschuk is the Senior Project Manager Development at NextEra Energy Resources. Chris is a proven senior leader with extensive experience supporting major project development, construction, and operations in the oil and gas, mining, and electrical transmission sectors.He has played successful key government relations roles supporting the development and construction in projects as diverse as Power Transmission for NextBridge East-West Tie Transmission Project ($777M) to Oil and Gas for Enbridge Line 10 Westover Segment Replacement Project ($135M). Chris Lupaschuk also developed the first successful land acquisition and resettlement program in the Republic of Serbia.---Chad Hughes | CEO, Entrepreneurial Leader, Author: website | linkedinChris Lupaschuk | Senior Project Manager Development at NextEra Energy Resources: website | linkedin

You could say that today's lesson a very “powerful”. Our topic? The electrical grid. Let's begin with some relevant vocabulary: Electrical grid: An electrical grid is an interconnected network for electricity delivery from producers to consumers. Hydropower: Also known as hydroelectric power, Hydropower is electrical energy produced through the power of moving water. Wind power: Wind power or wind energy is the use of wind to provide mechanical power through wind turbines to turn electric generators for electrical power. Solar power: Solar power is the conversion of sunlight into electricity, Renewable energy: Renewable energy means energy that is sustainable - something that can't run out, like the sun or the wind or ocean tides. Renewable energy is also known as green energy. Non-renewable energy: Non-renewable energy comes from sources that will run out or will not be replenished for thousands or even millions of years. Most non-renewable energy sources are fossil fuels: coal, petroleum, and natural gas. Power outage: also called a power cut, a power out, a power blackout, power failure, or a blackout is a loss of electric power to a particular area. So let's get started. What is an electrical grid? An electrical grid is an interconnected network for electricity delivery from producers to consumers. The electrical power grid was created when power utilities formed joint operations to provide a more reliable service.

*Script** 脱炭素に向けて車の電動化が求められる中、走りながらでもEV＝電気自動車の電池を充電できる仕組みなど、新しいシステムの研究が活発になっています。 このうち東京大学の研究チームが手がけているシステムは、道路上に磁気を発生させ、そこにコイルを積んだ車が通ると反応して電気が発生するという仕組みです。 今の研究では、磁気が発生している道路を30メートル進めば、350メートル走行できる分を充電できるということです。 再来年から千葉県柏市の公道で実験を始め、2030年代半ばの実用化を目指しています。 また福島県では地元のベンチャー企業などが、太陽光パネルで発電する充電スタンドの実験を先月から始めています。 送電網に接続しなくても電気を供給できるため、災害時に停電が発生しても利用できるとしています。 いずれもコストの引き下げや専用の設備を車に取り付けることなどが課題となりますが、実用化すれば電動車の普及に弾みがつくと期待されています。 Please give me your requests and opinions contact@intellectualjapanese.org Web: https://intellectualjapanese.org/ IG: shiho.intellectualjp FB: @Intellectualjp TW: Shi-ho*Intellectual.Japanese Source: NHK, Unsplash; All footage is for illustration purpose

God is infinite power and the source of all spiritual power that exists. We were created to live in a vital connection with that power. Sin and self-absorption unplug us from that power, much like the severing of a branch from the vine. He's the...

Serious Power Transmission without Wires Is Closer Than You Think Most people are aware that wireless charging technology is available today for small electronic devices, such as cell phones and watches, but when it comes to larger-scale power systems, the concept of wireless transmission of electricity probably seems like science fiction. The truth, however, is that systems have been developed and are being tested that could result in kilowatts of power being transmitted over distances of kilometers very soon. “We are looking to have these sort of higher-power, kilowatt-class devices at kilometer-scale distances out for early customer testing and use in the next couple of years,” Tom Nugent, co-founder and CTO of PowerLight Technologies, said as a guest on The POWER Podcast. Unlike most wireless cell phone chargers, which produce a magnetic field that a small coil in the device receives and harvests energy from to charge the battery, PowerLight uses optical power beaming technology, which converts electricity into high-intensity light. PowerLight's system then shapes, directs, and beams the light to a specialized solar cell receiver that converts the light back to direct-current power. Through the beam, the company says “power can travel over long distances, at high altitudes, and in the deep sea—maintaining uptime, from near and far.” The innovative beam-shaping design “optimizes the energy of the beam at the start, to minimize losses across the transfer medium and maximize power in the end.” “This is a way to take energy from somewhere where it's easy to generate or access, whether that's a generator or an electrical outlet, and we convert that electricity into light, and then project it either through the air or through optical fibers to some remote location where it may be very difficult to get power to,” Nugent said. “What this really is, is a wireless extension cord.” PowerLight has already conducted demonstrations in which it delivered as much as a kilowatt of continual power. “One of the advantages of using near-infrared light, as we do, is that it allows you to go very long distances—kilometers or even more,” said Nugent. In fact, the company has delivered power over distances of one kilometer in demonstrations. Currently, PowerLight is focused on providing solutions for the telecommunications and construction industries, and for the military. Some of the applications that seem particularly promising include powering communication nodes, security sensors, and drones. However, as the technology evolves, Nugent envisions scenarios where megawatts of power could be delivered over hundreds of kilometers to remote military bases or small islands—places where it would be impractical to run wires. Nugent said PowerLight is getting very close to releasing some new products to the market. “It's something that many people haven't heard of, or don't realize where the technology is, and it's actually much, much closer to reality than a lot of people may have thought,” he said.

Electrical transmission lines and their support towers tend to be a blight on the landscape but are something modern society cannot avoid.  Power transmission networks – with towers every 200 meters or so of line – are in place throughout the world’s developed nations.  Another common feature of developed nations is the fragmentation of animal […]

Is there any future for a network engineer? Or should you just concentrate on the cloud or devops or something else? Menu: ===== Is there are future in networking? 0:00​ Ivan Peppelnjak CCIE 1345 Emeritus: 1:04​ Should I study networking or rather something else? 1:44​ You are designing Power Transmission: 3:11​ What is an expert? And engineer? 4:10​ Ivan's snark: 5:35​ Levels of expertise: 5:53​ I'm starting out - will I be successful? 6:58​ Are certs and degrees valuable? 8:36​ Young people are struggling? 11:34​ How do I get experience? 11:52​ It brought you to this table, now what? 13:15​ You're got to do something: 14:24​ What about social media? 14:44​ You have to build your brand: 16:02​ What brand are you going to build? 16:38​ Perfect is the enemy: 17:45​ What brand? 18:50​ What about LinkedIn? 19:04​ Why not get experience? 20:33​ Social media reach: 22:15​ Own the content: 23:25​ Ivan's rant: 24:25​ What about Cisco DevNet certs? 26:18​ Will network engineers be replaced: 28:18​ Does this make sense? 29:30​ What about the past? 30:30​ What should I learn? 32:30​ Previous videos: The top 10 skills Network Engineers need to learn in 2019: https://youtu.be/grS__DS3v7c​ What should I do: https://youtu.be/BmnRf0HCy_Q​ ================ Connect with Ivan: ================ Website: http://bit.ly/2Hci4oL ​ Twitter: https://twitter.com/ioshints ​ LinkedIn: https://www.linkedin.com/in/ivanpepel... ​ ================ Connect with me: ================ Discord: https://discord.com/invite/usKSyzb ​ Twitter: https://www.twitter.com/davidbombal ​ Instagram: https://www.instagram.com/davidbombal ​ LinkedIn: https://www.linkedin.com/in/davidbombal ​ Facebook: https://www.facebook.com/davidbombal.co ​ TikTok: http://tiktok.com/@davidbombal ​ YouTube: https://www.youtube.com/davidbombal​ ================ Support me: ================ DavidBombal.com: CCNA ($10): http://bit.ly/yt999ccna ​ Udemy CCNA Course: https://bit.ly/ccnafor10dollars ​ GNS3 CCNA Course: CCNA ($10): https://bit.ly/gns3ccna10 ​ ====================== Special Offers: ====================== Boson software: 15% discount Link: bit.ly/boson15 Code: DBAF15P ccna devnet cisco cisco devnet associate future of networking networking jobs ccna jobs ccnp jobs cisco jobs ine ccna exam ccna certification Please note that links listed may be affiliate links and provide me with a small percentage/kickback should you use them to purchase any of the items listed or recommended. Thank you for supporting me and this channel!

In this episode of Grid Talk, host Marty Rosenberg talks with Gil Quiniones who is the President and CEO of the New York Power Authority (NYPA). The discussion focuses on NYPA’s investment in large scale renewable energy projects. It’s part of a ten-year plan called VISION2030 that includes significant investment in offshore wind.“The manufacturing of components for offshore wind will happen there (Albany and Brooklyn), and we’re creating jobs and stimulating economic development in our state,” said Quiniones.The plan also calls for increase transmission capacity with five projects breaking ground this year or early next year to add more than 250 miles of transmission.“The governor also announced the buildout of major transmission systems specifically in Upstate New York to bring renewables from Upstate New York down to the load centers in southeast New York; New York City; the suburbs, Long Island, Westchester, etc.”Mr. Quiniones also talks about the long-term planning to achieve 70% renewable by 2030, carbon-free electricity by 2040, and then net zero by 2050 while maintaining reliability and resiliency for the financial, communications, media capital of the world.“I’m optimistic with American ingenuity and its ability to innovate and I think that we will do that.”Gil Quiniones has served as President and Chief Executive Officer of (NYPA), the nation's largest state-owned electric utility, since 2011. He is responsible for developing and implementing the statewide utility's strategic vision and mission and for supervising its operations, legal and financial matters, and relationships with external stakeholders.Before joining NYPA in 2007 as Executive Vice President of Energy Marketing and Corporate Affairs, Mr. Quiniones served in several positions in the administration of New York City Mayor Michael R. Bloomberg, including more than four years as Senior Vice President of Energy and Telecommunications. He previously worked for Con Edison for 16 years and was one of four co-founders of Con Edison Solutions, the utility's unregulated energy services company.

One of the Holy Grails of science has apparently been found:  a room-temperature superconductor.   In a paper recently published in Nature, scientists from the University of Rochester and collaborators announced that they had observed superconductivity at 59 degrees Fahrenheit in an exotic material they produced in the laboratory. Superconductivity is a phenomenon occurring in certain […]

Anthony started Winston Engineering Inc because he wanted to make a positive impact on the construction industry and spend more time with his family. Originally from Chicago, IL, he earned my Bachelor of Science in Electrical Engineering with Emphasis in Power Transmission and Distribution at Ira A. Fulton School of Engineering at Arizona State University and got my start in the defense industry but chose to make a change. He then went onto obtain a Professional Engineering License in California and moved to focusing on the power industry.

Superman and his descendants launched a fascination with technological superism that continues today. Iwan Rhys Morus is professor of history at Aberystwyth University in Wales and has recently written about the superhero craze. 

Superman and his descendants launched a fascination with technological superism that continues today. Iwan Rhys Morus is professor of history at Aberystwyth University in Wales and has recently written about the superhero craze. 

Anthony Winston III, P.E. is originally from the Southside of Chicago and earned his Bachelor of Science in Electrical Engineering with Emphasis in Power Transmission and Distribution at the Ira A. Fulton School of Engineering at Arizona State University. Right after graduating, Anthony worked in government defense design test systems for missile, radar systems and arrestment/launch systems for aircraft on Navy ships. After getting his Professional Engineering license, Anthony decided to go out on his own and start Winston Engineering LLC to allow him to work in construction and spend more time with his family. The company has just over 300 clients in 4.5 years and provides HVAC, Electrical and Plumbing Engineering for residential and commercial buildings.   Website: http://www.winstoneng.com/ Instagram: https://www.instagram.com/winston_engineering_inc/ Twitter: https://twitter.com/Winston_Eng_Inc LinkedIn: https://www.linkedin.com/in/anthonywinstoniii/ Facebook: https://web.facebook.com/WinstonEngineeringInc/?_rdc=1&_rdr

In this episode we are discussing with Mario about HVDC electricity transportation starting from the electricity war between AC and DC and moving around the topics a lot trying to explain all of it in a understandable manner. Hopefully it was easy to follow, surely it was interesting for us to discuss and learn about! PS Mario had a youtube channel so go and check it! As always come to talk @STG_podcast and share this episode around! Find us also on PocketCasts, iTunes, Spotify and probably in your favorite podcast service! Podcast music by: Punch Deck

This is another show of really old prank requests from 2015 and 2016, most of them tenants from hell, but there’s a new…

This is another show of really old prank requests from 2015 and 2016, most of them tenants from hell, but there’s a new…

In this episode of the Engineering podcast we expand on the previous Control System episode and take you out of the power plant, through transmission lines and to your home. #Engineers built this world and it’s always fun to take a step back and take a look at how vast that actually is. As always if you want to connect head to the Facebook page. Join the conversation or suggest a topic at: Facebook: www.Facebook.com/engineerIRL Twitter: www.Twitter.com/engineering_irl Instagram: https://www.instagram.com/engineeringinreallife Remember to subscribe and for more head to https://www.engineeringinreallife.com and become a member of the Engineering IRL Community. To know more about our partnerships and how to get in touch with the show visit the top engineering podcast.

Gaia Vince looks at the future of power transmission. As power generation becomes increasingly mixed and demand increases, what does the grid of the future look like?

The team project was to design the source of the microwave beam to power MIT Space Elevator Team's (MITSET) robotic climber.

More and more utilities are recognizing the need for transforming their business processes and technical solutions, such as smart meter data management, simultaneously, in order to achieve their new business goals. Leveraging Rationals integrated solution, utilities can realistically transform their processes and technologies with little disruption, and minimized risk. Irv Badr, speaker.

Mains AC, Transmission of electricity, Energy losses, Transformers, Transmission power calculations, Power

Professor Andrew Plummer, Director of the Centre for Power Transmission and Motion Control, discusses recreating earthquakes in a laboratory to test how buildings perform under extreme conditions.