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His Highness Sheikh Mohammed Bin Rashid Al Maktoum, Vice President and Prime Minister of the UAE and Ruler of Dubai, inaugurated Dubai Electricity and Water Authority’s (Dewa’s) Innovation Centre and the 800MW third phase of the Mohammed Bin Rashid Al Maktoum Solar Park, the largest single-site solar park in the world. With a planned total …
Concentrating solar power may have finally found its one true love: supercritical carbon dioxide, aka sCO2, which is something that happens when carbon dioxide gas behaves like a liquid. The electricity generation field is all aflutter with the idea that sCO2 can ramp up power plant efficiency while cutting costs, and concentrating solar power could …
Continue reading “Concentrated Solar Power Gets Supercritical CO2 Makeover”
The company’s concentrated solar power technology for decarbonizing industrial processes is recognized as one of the year’s top innovations in the Sustainability category. Heliogen, the clean energy company that is transforming sunlight to create and replace fuels, today announced the inclusion of its HelioHeat technology in TIME’s Best Inventions of 2020 list. Heliogen’s high-temperature solar …
Continue reading “TIME Names Heliogen’s HelioHeat™ to List of the Best Inventions of 2020”
IMAGE@CEMEX The major global cement producer CEMEX has begun work with the solar fuel start-up Synhelion to demonstrate the world’s first zero emissions cement production with high temperature solar. Synhelion is a solar research spin-off from ETH that uses an advanced concentrated solar thermal (CST) technology to generate temperatures at up to 1,500C for thermochemistry …
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We are proud of the fact that as of today almost 9,000 of the total of 14,500 Stellio heliostats have been installed at the solar tower power plant in Hami, China. Every day, about 70 new heliostats are added, which are assembled on site in a production hall. They are then mounted on the pylons …
Continue reading “Installation of worldwide first Stellio solar field progresses”
The groundbreaking HiFlex plant in Italy will use DLR’s ceramic particle technology to hit extreme temperatures, requiring a fresh approach for steam generation. The high-temperature tower project in Italy forms a key bridge to commercial heat and power applications. (Image credit: Barilla) A concentrated solar heat (CSH) system installed in Italy next year will bring …
Continue reading “Concentrated Solar Power tower at pasta plant spurs new generator design”
SOLARSCO2OL Project: The new era of CSP plants, more flexible, less expensive and with less water needs thanks to solar supercritical CO2 plants. Boasting an industry-driven Project Consortium made up of 15 international partners, coordinated by RINA Consulting S.p.A. and located in 6 EU countries (Italy, Spain, Germany, Greece, Belgium, Sweden) and 1 extra-EU country …
Continue reading “SOLARSCO2OL Project: The new era of Concentrated Solar Power plants”
A concentrated solar heat (CSH) system installed in Italy next year will bring a new high-temperature technology to industrial heating. A group of European companies will build a pilot ceramic particle concentrated solar tower plant at a pasta factory owned by Barilla in Foggia. The ‘HiFlex’ plant will use centrifugal solar technology developed by the …
Continue reading “Solar tower at pasta plant spurs new generator design”
Heliogen wins US funding for high-temperature CSP plant The US Department of Energy (DOE) has awarded concentrated solar developer Heliogen $39 million to build and operate a 5 MW CSP plant with supercritical CO2 (sCO2) power cycle and thermal energy storage. Heliogen will commit $31.1 million to the project, the DOE announced November 12. The …
Continue reading “US to build 5 MW sCO2 CSP plant; Spain backs global tower insulation standards”
247Solar Inc., a spinoff of MIT, along with microturbine supplier Capstone Turbine Corporation, today announced the successful test of a revolutionary commercial turbine that can generate electricity using hot air at atmospheric pressure, without combustion. This breakthrough is made possible by an ultra-high temperature heat exchanger with technology that has its origins at the Massachusetts Institute of Technology (MIT). The 247Solar Heat Exchanger uses a proprietary nickel-chromium-aluminum-iron alloy engineered for sustained operation at very high temperatures. For its size, the heat exchanger is the most compact and materials-efficient in …
Continue reading “Innovative heat exchanger eliminates need for combustion”