Podcasts about concentrated solar power

The concentrating solar power industry – also known as solar thermal – has been defined by bankruptcies, failed projects, and high costs. But is it finding new life? Crystalline silicon photovoltaics won the race for solar power generation long ago. But there's a vital market it can't serve cheaply: industrial steam. And now out of bankruptcy, GlassPoint is hoping that solar thermal can find a competitive edge in the massive market for heat. Today: Editor Lisa Martine Jenkins presents a story from staff writer Maeve Allsup on the industrial niche that may pull concentrated solar out of obscurity. For more of Latitude Media's coverage of the frontiers of clean energy, sign up for our newsletter. Thanks to our partner, Intersolar North America and Energy Storage North America. Latitude listeners are invited to attend the event for free on January 17-19 at the San Diego Convention Center. Visit Intersolar.us and use code LAT to get free expo access and save 20% on a conference pass. Learn more about your ad choices. Visit megaphone.fm/adchoices

A really hot topic: Using solar energy through highly concentrated mirror systems, we can achieve high temperatures of 150 - 1500 Celsius to drive power cycles (electricity generation) or industrial processes such as cement production or green hydrogen. The technology is commonly known as concentrating solar power (CSP) and typically includes storage to provide energy even when the sun is not shining. But how far along is CSP technology? How does it differ from PV? Where is the greatest potential? And what role will CSP play in a future renewable energy mix? We talk to Wes Stein. He is Chief Research Scientist for Solar Technologies at CSIRO, Australia's national science organization and chair of the SolarPaces Conference 2023. Timeline: 02:22 How does CSP work, what are the main advantages & differences to PV? 08:55 What role does CSP play in providing heat for industrial processes? 13:13 Current global market: What is the current market for CSP? Which countries & regions have the most potential? 17:56 Future prospects and current R&D hot topics Questions or suggestions? Then send us an email to podcast@thesmartere.com

Vast has developed concentrated solar power that can capture, store and deliver dispatchable solar power and heat on a 24/7 basis. It recently proved its technology with a grid-connected project in Australia. Vast CEO Craig Wood joins Energy Evolution to talk about the revival of concentrated solar power technology and the role it can play in the energy transition.  Energy Evolution co-hosts Dan Testa and Taylor Kuykendall are veteran journalists with broad expertise covering the energy and mining sectors. In addition, Camellia Moors and Camilla Naschert, reporters who write about mining and power issues, are correspondents for Energy Evolution and regularly contribute to the show. Subscribe to Energy Evolution on your favorite platform to catch our latest episodes! We want to hear about your podcast preferences so we can keep improving our shows. Take our podcast survey here and share your thoughts: https://www.surveylegend.com/s/4xyz

Infosec Decoded Season 3 #40: Concentrated Solar Power With @sambowne@infosec.exchange Links: https://samsclass.info/news/news_051923.html

Concentrated solar power has had a rough go in the US. But that's not because it's a poor resource.Using mirrors and towers, CSP can cleanly generate electricity, provide long-duration thermal energy storage, and decarbonize heavy industry by producing heat. Still, solar PV deployment dwarfs installed CSP capacity 113 GW to 2.Why hasn't it caught on here?Episode 40 of the Factor This! podcast features Craig Wood, CEO of the Australian next-gen CSP company Vast, which thinks it can change CSP's fortunes in the US.Vast is planning to list on the New York Stock Exchange at a valuation of more than a half-billion dollars to deploy its next-gen CSP technology. Wood breaks down CSP's less-than-sunny history, why it's getting a fresh look, and its role in the energy transition.The GridTECH Connect Forum is coming to Newport, Rhode Island October 23rd through the 25th. Click the link in the description to save the date for this unique event that's bringing together developers, utilities, and regulators to take on the critical issue of interconnection in the Northeast.We'll be sharing more details on the agenda and speakers soon. Check out Grid TECH Connect dot com to learn more.

https://youtu.be/P55g2ee94hMMatt and Sean discuss carrying a sunburn in a bottle… oh and it's an energy storage solution as well. Discussing a recent scientific advance that could allow us to store solar energy directly into a liquid for up to 18 years. Watch the Undecided with Matt Ferrell episode, “Why This Liquid That Stores Solar Energy for Years Matters”: https://youtu.be/QbzqLBL-m8I?list=PLnTSM-ORSgi7UWp64ZlOKUPNXePMTdU4dYouTube version of the podcast: https://www.youtube.com/stilltbdpodcastGet in touch: https://undecidedmf.com/podcast-feedbackSupport the show: https://pod.fan/still-to-be-determinedFollow us on Twitter: @stilltbdfm @byseanferrell @mattferrell or @undecidedmfUndecided with Matt Ferrell: https://www.youtube.com/undecidedmf  ★ Support this podcast ★

POLYPHEM is a Horizon 2020 project with the main objective to improve the performance of small-scale Concentrated Solar Power plants and their flexibility, in order to generate power on demand. In this episode of The EU Project Zone Podcast, Areti Ntaradimou talks to project coordinator Alain Ferriere about a new technology that is proposed: a solar-driven combined cycle with integrated thermal energy storage.

Today we have something really fascinating for you. We were joined by John King, CEO, and Founder of Hyperlight Energy. Hyperlight Energy has created a Concentrated Solar Power technology that allows for the cheapest electricity production according to NREL. And on top of that, they have identified a way to store months of energy using certain rock formations in the earth. This conversation covers their technology, many of John's thoughts about the future of the grid, and resiliency, and then we even talked about regulation issues, education, and general ideas behind entrepreneurship in the ClimateTech space post-CleanTech 1.0. Hyperlight Website: https://hyperlightenergy.com/Connect with John on LinkedIn: https://www.linkedin.com/in/john-d-h-king-700477/Check out our Sponsor, NextWave Partners: https://www.next-wavepartners.com/Join the Slack Channel:  https://cleantechies.slack.com/join/shared_invite/zt-pd2drz6d-N~9nURU5JlyMXv2ZiO5bAQ#/shared-invite/emailSubscribe to the Newsletter: https://www.silasmahner.com/ctnewslettersignupHMU on Twitter: @silasmahnerSupport the show: https://www.buymeacoffee.com/silasmahner__________We are proud to continue working with NextWave as our official show sponsor for this podcast. NextWave and all of its staff are highly motivated to advance the ClimateTech revolution and are constantly innovating ways that they can help affect that transition. From experts in the talent space to ESG experts, NextWave is taking on Climate and Social responsibility head-on and helping companies build great cultures that not only make the world a better place but also increase workplace satisfaction. Reach out to NextWave Partners today to learn more about how we might partner with you today. https://www.next-wavepartners.com/ / info@next-wavepartners.comSupport the show

Welcome to the Energy Transition Solutions podcast — brought to you on the Oil and Gas Global Network by AWS Energy. In this episode our Joe Batir talks with John King, CEO of Hyperlight Energy about Concentrated Solar Power and the new Hyperlight product, Hylux. They discuss the 10-year process of making the Hylux, how Hyperlight went from algal biofuels to Concentrated Solar Power, and the role of subsidies in energy innovation and mainstream development. John's book recommendation: Mindset by Carol S. Dweck Learn more about AWS Energy here. More Oil and Gas Global Network Podcasts OGGN.com OGGN Street Team LinkedIn Group OGGN on Social LinkedIn Group | LinkedIn Company Page | Facebook OGGN Events Get notified each month Joe Batir LinkedIn

When hurricane Ida struck the coast of Louisiana last weekend, almost to the day that Katrina did 16 years ago, comparisons between the two events were soon to follow. As the latest storm continues to wreak havoc and death further north in the US, Suzana Camargo of Columbia university talks to Roland Pease about the similarities and differences, the better forecasting available now, and the grim reality that climate change suggests for this and future hurricane seasons. A couple of weeks ago, Science in Action looked at the carbon accounting of Blue Hydrogen (hydrogen manufactured from fossil fuels). Listener Nick Arndt got in touch to say we were wrong when we stated that hydrogen can't be piped out of the ground from natural sources. His company, Sisprobe, plans to use its passive seismic prospecting technology to work with an international consortium that aims to unlock a new “hydrogen rush” – commercialising what they suspect to be a near-ubiquitous source of genuinely carbon-free fuel - to supply the world economy of the near future. Viacheslav Zgonnik - CEO of start-up Natural Hydrogen Energy LLC - has been working on hydrogen for 10 years, has written a recent review of the science, and tells Roland about current and future studies into finding the best way to tap this simplest of molecules before it escapes into space. In Chile, the recent megadrought has led to fears that hydroelectric damns may become so drained that power-outs may occur in the coming months. This will not help Chile to achieve its target of carbon-neutrality by 2050. Apt, then, that a new Concentrated Solar Power plant (CSP) is now up and running in the north of the country. Reporter Jane Chambers has been to visit Cerro Dominador – the spectacular new array of 10,600 mirrors that focus sunshine onto a molten salt target, heating it up to 560C, and generating up to 210 MW electricity. Meanwhile archaeologists have been doing a molecular analysis of a protein found to survive in the bones of unfortunate victims of the mount Vesuvius eruption that destroyed Pompeii. Despite the searing heat that killed inhabitants of nearby Herculaneum, Oliver Criag of York University has been able to examine the different isotopes in amino acids still recoverable from their bones to help identify what sorts of things these people ate during their tragically foreshortened lifetimes. A whole lot of cereals generally, but more interestingly, the men tended to eat more fish while the women seem to have consumed more meat and dairy. Our connection to the night sky spans cultures and millennia: observing the stars and planets helped our ancestors navigate the world, tell stories about the constellations, and understand our place in the universe. But these days, for the vast majority of us, seeing the stars is getting harder. 80% of people live under light polluted skies, and in many cities you're lucky to see a handful of stars at night. This state of affairs is bothering CrowdScience listener and keen stargazer Mo from Salt Lake City in the USA, who wonders if there's anything we can do about light pollution. Of course, we could simply turn out all the lights, but that's unrealistic. So what are smarter ways of lighting our communities to preserve our view of the cosmos? Increasingly worried by the effect of artificial lighting on the ability to observe stars, astronomer Dr Jason Pun set up a series of monitoring stations to continuously measure ‘sky glow'. By comparing sky glow across the world, he wants to figure out which approaches work best. One community taking an active approach is the South Downs National Park in South East England, one of a number of Dark Sky Reserves around the word. We visit the park and speak to the Dark Skies Officer there, to find out how people are coming together to turn down their lights and keep the night dark. And it's not just stargazing that's threatened by light pollution. Artificial light at night disrupts the circadian rhythms of wildlife. We visit a project in rural Germany looking into the benefits of dark-sky-friendly lighting on insect populations there. (Image credit: Scott Olson/Getty Images)

When hurricane Ida struck the coast of Louisiana last weekend, almost to the day that Katrina did 16 years ago, comparisons between the two events were soon to follow. As the latest storm continues to wreak havoc and death further north in the US, Suzana Camargo of Columbia university talks to Roland Pease about the similarities and differences, the better forecasting available now, and the grim reality that climate change suggests for this and future hurricane seasons. A couple of weeks ago, Science in Action looked at the carbon accounting of Blue Hydrogen (hydrogen manufactured from fossil fuels). Listener Nick Arndt got in touch to say we were wrong when we stated that hydrogen can't be piped out of the ground from natural sources. His company, Sisprobe, is using its passive seismic prospecting technology to work with an international consortium that aims to unlock a new “hydrogen Rush” – commercialising what they suspect to be a near-ubiquitous source of genuinely carbon-free fuel to supply the world economy of the near future. Viacheslav Zgonnik - CEO of start-up Natural Hydrogen Energy LLC - has been working on hydrogen for 10 years, has written a recent review of the science, and tells Roland about current and future studies into finding the best way to tap this simplest of molecules before it escapes into space. In Chile, the recent megadrought has led to fears that hydroelectric damns may become so drained that power-outs may occur in the coming months. This will not help Chile to achieve its target of carbon-neutrality by 2050. Apt, then, that a new Concentrated Solar Power plant (CSP) is now up and running in the north of the country. Reporter Jane Chambers has been to visit Cerro Dominador – the spectacular new array of 10,600 mirrors that focus sunshine onto a molten salt target, heating it up to 560C, and generating up to 210 MW electricity. Meanwhile archaeologists have been doing a molecular analysis of a protein found to survive in the bones of unfortunate victims of the mount Vesuvius eruption that destroyed Pompeii. Despite the searing heat that killed inhabitants of nearby Herculaneum, Oliver Criag of York University has been able to examine the different isotopes in amino acids still recoverable from their bones to help identify what sorts of things these people ate during their tragically foreshortened lifetimes. A whole lot of cereals generally, but more interestingly, the men tended to eat more fish while the women seem to have consumed more meat and dairy. (Image credit: Scott Olson/Getty Images) Presenter: Roland Pease Producer: Alex Mansfield

In this episode the Rethink Energy Team discusses our new report into Concentrated Solar Power, the blue hydrogen greenwashing which may only just be beginning, and Chinese EV maker Xpeng's expansion into Norway.

On the edge of the desert in South Australia's Port Augusta, vegetables grow abundantly, in a landscape once deemed, near impossible for food production.   Now 15,000 tonnes of truss tomatoes thrive all year round, bringing life to the desert, using nothing but sunlight and seawater, known as concentrated solar power technology. This ‘Utopian' concept is led by Sundrop Farms, where people, planet and profit all come together in a holistic model, founded with food security and sustainability front of mind.  We recently caught up with Sundrop Farms to learn more about how this futuristic system all works. 

When we convert our first physics experiment in life—create fire with sun and a magnifying glass—on a Giga scale, we get something close to concentrate solar power. This technology simply uses mirrors or lenses to concentrate sunlight from a large area on a single receiver, and covert that concentrated light into heat than to steam and then to electricity. Concentrated solar power projects are big — The Ivanpah Solar Power Facility, located in the Mojave Desert, is the largest CSP in the world, and uses three power towers and generates about 377 MW. My today’s guest will discuss details of this technology, the price trend, and some specific projects Let’s welcome Xavier Lara Connect with Sohail Hasnie: Facebook @sohailhasnie Twitter @shasnie LinkedIn @shasnie ADB Blog Sohail Hasnie

This time, Cathi Bond talks about Heliogen, which seems to have had an early stage breakthrough in using Concentrated Solar Power systems to get to temperatures of >1,000 degrees C, enough to power industrial processes, as opposed to just generating electricity. More details at New Atlas. Nora Young talks about why the spike in traffic problems may be due to our convenience economy, especially quick delivery of online ordering, and ride hailing. See this well-researched Boston Globe article. 

I månadens bonusintervju med solenergiföretaget Azelio (som sponsrar avsnittet) så pratar Micke Syding och Anna Svahn med företagets VD Jonas Eklind om bland annat vilken viktig funktion Azelio fyller på energimarknaden, vad som är unikt med Azelios teknik och vilka steg som kvarstår innan försäljningen kan växa på allvar. I nästa veckas Insiders publicerar vi vår syn på företagets potential och värdering. I bonusintervjun förklarar Jonas hur Azelios aluminiumbaserade värmelager (Thermal Energy Storage) värms upp av kundens solspeglar (Concentrated Solar Power) eller överskottsel från solceller eller vindkraftverk. Därefter kan energin tas ut i form av elektricitet efter behov, genom att låta värmen driva en Stirlingmotor. Azelio gör alltså att samma rena solenergi man har tillgång till på dagen i ett solkraftverk kan levereras säkert, stabilt och kostnadseffektivt när solen inte lyser. Jonas berättar vidare hur Azelios system är designat i så små moduler och enheter att de är lämpliga för enstaka sjukhus, fabriker eller byar bortom de stora elnäten. Kostnaden för den producerade elen blir med Azelios lösning betydligt lägre, än kostnaden för till exempel solceller med batterier och ännu mycket lägre än elektricitet producerad med dieselgeneratorer. Azelio har i olika former arbetat ända sedan 2006 med att testa och optimera sitt energisystem, så det här är inget vanligt mikrocap med under miljard i börsvärde, med obeprövad teknik eller ledning. Tvärtom har företaget bara några få milstolpar kvar innan seriös, kommersiell volymproduktion kan påbörjas enligt plan i juni 2021. De innefattar att avsluta systemverifieringen med Marockanska Masen, att genomföra en nyemission, påbörja mindre kommersiella projekt 2020 och till sist inleda produktion i industriell skala andra halvåret 2021. Azelio säger att företaget kan producera 1 500 moduler andra halvåret 2021. Därefter är de officiella produktionsmålen 6 000 moduler 2022 och 17 000 år 2023. Målet för 2023 motsvarar en försäljning på ungefär 15 miljarder kronor. I nästa veckas veckobrev (Insiders) kommer vi göra en noggrannare genomgång av verksamheten och företagets ekonomi och värdering. Se till att du och alla du känner som kan vara intresserade skriver upp sig för veckobrevet (här) så ni inte missar det i onödan. Observera att vi äger Azelioaktier, vilket torde ha framgått under det senaste halvårets återkommande portföljgenomgångar, men tål att upprepas.

I månadens bonusintervju med solenergiföretaget Azelio (som sponsrar avsnittet) så pratar Micke Syding och Anna Svahn med företagets VD Jonas Eklind om bland annat vilken viktig funktion Azelio fyller på energimarknaden, vad som är unikt med Azelios teknik och vilka steg som kvarstår innan försäljningen kan växa på allvar. I nästa veckas Insiders publicerar vi vår syn på företagets potential och värdering.   I bonusintervjun förklarar Jonas hur Azelios aluminiumbaserade värmelager (Thermal Energy Storage) värms upp av kundens solspeglar (Concentrated Solar Power) eller överskottsel från solceller eller vindkraftverk. Därefter kan energin tas ut i form av elektricitet efter behov, genom att låta värmen driva en Stirlingmotor.   Azelio gör alltså att samma rena solenergi man har tillgång till på dagen i ett solkraftverk kan levereras säkert, stabilt och kostnadseffektivt när solen inte lyser. Jonas berättar vidare hur Azelios system är designat i så små moduler och enheter att de är lämpliga för enstaka sjukhus, fabriker eller byar bortom de stora elnäten. Kostnaden för den producerade elen blir med Azelios lösning betydligt lägre, än kostnaden för till exempel solceller med batterier och ännu mycket lägre än elektricitet producerad med dieselgeneratorer.   Azelio har i olika former arbetat ända sedan 2006 med att testa och optimera sitt energisystem, så det här är inget vanligt mikrocap med under  miljard i börsvärde, med obeprövad teknik eller ledning. Tvärtom har företaget bara några få milstolpar kvar innan seriös, kommersiell volymproduktion kan påbörjas enligt plan i juni 2021. De innefattar att avsluta systemverifieringen med Marockanska Masen, att genomföra en nyemission, påbörja mindre kommersiella projekt 2020 och till sist inleda produktion i industriell skala andra halvåret 2021.   Azelio säger att företaget kan producera 1 500 moduler andra halvåret 2021. Därefter är de officiella produktionsmålen 6 000 moduler 2022 och 17 000 år 2023. Målet för 2023 motsvarar en försäljning på ungefär 15 miljarder kronor. I nästa veckas veckobrev (Insiders) kommer vi göra en noggrannare genomgång av verksamheten och företagets ekonomi och värdering. Se till att du och alla du känner som kan vara intresserade skriver upp sig för veckobrevet (här) så ni inte missar det i onödan.   Observera att vi äger Azelioaktier, vilket torde ha framgått under det senaste halvårets återkommande portföljgenomgångar, men tål att upprepas.

In 1860 a party of explorers set out to traverse the Australian continent, but bad management and a series of misfortunes sent it spiraling toward tragedy. In this week's episode of the Futility Closet podcast we'll tell the story of the Victorian Exploring Expedition and its dramatic climax at Cooper's Creek. We'll also try to validate Archimedes and puzzle over an unlucky thief. Intro: In 1990 Jon Perez Laraudogoitia wrote a philosophy article that compelled its own acceptance. In 1976 architect Robert Venturi found a way to commemorate a house with no surviving description. Sources for our story on the Burke and Wills expedition: Alan Moorehead, Cooper's Creek, 1963. Sarah P. Murgatroyd, The Dig Tree, 2002. Dave Phoenix, Following Burke and Wills Across Australia: A Touring Guide, 2015. Ian Clark and Fred Cahir, The Aboriginal Story of Burke and Wills: Forgotten Narratives, 2013. A.W. Howitt, et al., "Exploring Expedition From Victoria to the Gulf of Carpentaria, Under the Command of Mr. Robert O'Hara Burke," Journal of the Royal Geographical Society of London 32 (1862), 430-529. The Diary of William John Wills. William John Wills, A Successful Exploration Through the Interior of Australia: From Melbourne to the Gulf of Carpentaria, 1863. Dave Phoenix, "Burke and Wills -- An Overview of the Expedition, Its Preparation, Planning and Outcomes," Queensland History Journal 21:8 (2012), 497. Jessica Campion, "Burke and Wills: Botany's Untold Success Story," Australian Geographic, July 27, 2011. Bernie Joyce and Doug McCann, "The Scientific Legacy of Burke & Wills," Australasian Science 32:5 (June 2011), 29-31. Sally Woollett, "Thiamine and the Dig Tree Tragedy," Chemistry in Australia 78:10 (November 2011), 4. John W. Earl and Barry V. McCleary, "Mystery of the Poisoned Expedition," Nature 368:6473 (April 21, 1994), 683. Deirdre Slattery, "If Burke Had Been a Naturalist ...: Telling and Re-Telling National Narratives," Australian Journal of Outdoor Education 8:2 (2004), 13-21. Peter Daszak, "A Last Waltz for Burke, Wills, and King," EcoHealth 13:4 (December 2016), 821–823. "Burke & Wills: From Melbourne to Myth," [Melbourne] Herald Sun, Sept. 24, 2002, 34. Carolyn Webb, "Exploring the Myth," The Age, Aug. 26, 2002, 3. "Memoirs of the Late Leaders of the Exploring Expedition," Sydney Morning Herald, Nov. 19, 1861, 2. "Memorandum on the Recent Journeys of Exploration Across the Continent of Australia," Sydney Morning Herald, Dec. 20, 1861, 7. "The Australian Exploring Expedition," North Wales Chronicle, Feb. 22, 1862. "Australian Explorations," Newcastle Courant, May 23, 1862. Richard Garnett, "Burke, Robert O'Hara," Oxford Dictionary of National Biography, Sept. 23, 2004. C.A. Harris, "Wills, William John," Oxford Dictionary of National Biography, Sept. 23, 2004. Burke and Wills Collection, National Museum Australia. Listener mail: Wikipedia, "Concentrated Solar Power" (accessed Jan. 17, 2019). Wikipedia, "Ivanpah Solar Power Facility" (accessed Jan. 17, 2019). Adam Clark Estes, "How the World's Largest Solar Plant Wants to Fix Its Fried Bird Problem," Gizmodo, Aug. 19, 2014. Associated Press, "BrightSource Solar Plant Sets Birds on Fire as They Fly Overhead," Aug. 18, 2014. Ian Sample, "Doubt Cast on Archimedes' Killer Mirrors," Guardian, Oct. 23, 2005. Jeremy Hsu, "Archimedes' Flaming Death Ray Was Probably Just a Cannon, Study Finds," Christian Science Monitor, June 29, 2010. Thomas W. Africa, "Archimedes Through the Looking-Glass," The Classical World 68:5 (February 1975), 305-308. Josh Clark, "What Was Archimedes' Death Ray?" How Stuff Works (accessed Jan. 17, 2019). "Archimedes Death Ray," student experiment, Product Engineering Processes, MIT, October 2005. "Archimedes Death Ray: Testing With MythBusters," Product Engineering Processes, MIT, October 2005. Renee Montagne, "Was Archimedes' Mirror Real?" Morning Edition, National Public Radio, July 25, 2018. This week's lateral thinking puzzle was devised by Sharon. Here's a corroborating link (warning -- this spoils the puzzle). You can listen using the player above, download this episode directly, or subscribe on Google Podcasts, on Apple Podcasts, or via the RSS feed at https://futilitycloset.libsyn.com/rss. Please consider becoming a patron of Futility Closet -- you can choose the amount you want to pledge, and we've set up some rewards to help thank you for your support. You can also make a one-time donation on the Support Us page of the Futility Closet website. Many thanks to Doug Ross for the music in this episode. If you have any questions or comments you can reach us at podcast@futilitycloset.com. Thanks for listening!

We discuss the potential of Concentrating Solar Power, its impressive designs, and requirements for ideal power generation with Madrid-based ATA Insights. For pictures and additional info, visit http://www.energy-cast.com/25-csp.html

Concentrated Solar Power, or CSP, holds vast potential due to its ability to provide reliable, large-scale power even when the sun is not shining. Morocco has just launched the first phase of the largest concentrated solar power (CSP) plant in the world, which includes funding from the Climate Investment Funds and the World Bank. When fully operational, the plant will produce enough energy for more than one million Moroccans. To learn more please follow @CIF_Action or go to http://www.climateinvestmentfunds.org