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Dongfang Boiler heliostats at Amdo County 100 MW CSP project Dongfang Boiler’s first milestone a success at world’s highest CSP tower project Dongfang Boiler has achieved “first light” at the 100MW Amdo Tushuo tower concentrated solar power plant in Tibet, the China Solar Thermal Alliance reported on Aug. 27. This involves reflecting sunlight from the …
Continue reading “Tibet’s Amdo Tushuo 100MW CSP hits first solar field commissioning milestone”
World’s first 100 MW Fresnel CSP in China. In Fresnel the solar receiver collects and transfers concentrated heat from flat mirrors on the ground Source: CSTA On August 20, the 100MW linear Fresnel solar thermal project of the CTGR Xinjiang Hami Integrated Energy Demonstration Project, EPC contracted by CPECC Northwest for China Three Gorges Renewables, …
Continue reading “World’s first 100MW Fresnel in Xinjiang, China begins 14-day trial operation”
Abstract: With the increasing application of Integrated Energy Systems (IES), more effective utilization of renewable energy and diversification of energy utilization forms have become urgent issues to address. IES faces challenges in the co-optimization of deep carbon reduction and multi-energy complementarity. This paper proposes a Carbon-Sequestration Geothermal-Integrated Solar Energy System (SGIES) that integrates Concentrated Solar …
GE solar receiver tested at Sandia IMAGE © GE Researchers at GE Aerospace Research and Sandia National Laboratory have successfully fabricated and tested a 3D-printed silicon carbide (SiC) volumetric solar air receiver, achieving a temperature of 1390°C on-sun. The goal of the three-year program, now completed, was a feasibility demonstration of materials, design, fabrication, and …
Continue reading “US researchers test a solar receiver at close to 1400°C”
South Africa’s Redstone CSP project completed – SolarReserve PV project seen in the background was already completed IMAGE©Xinhua (Zhang Yudong) Source: The Conversation By Craig Mcgregor; Director of the Stellenbosch University Solar Thermal Energy Research Group South Africa’s coal-fired power stations are retiring. The country must replace a huge amount of electricity over the next …
DAWN Synhelion synthetic aviation fuel – IMAGE © Synhelion Two years of plant DAWN: proving synthetic fuel production at industrial scale Source: Synhelion – Published in 2026 In 2024, we switched on plant DAWN for the first time. Since starting production in late summer that year, we have gained invaluable operational experience, de-risked our technology, …
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IMAGE © ETH – How cement plants can remove CO2 ftom the atmosphere Source: ETH The production of cement ranks as one of the world’s largest industrial sources of CO₂. A new study now shows how cement production could in future be used to remove CO₂ from the atmosphere – based on a technology utilising …
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Stellio heliostats at Talatan New Energy Park in Qinghai IMAGE © DBC Like most countries, China favors domestic suppliers for its renewable energy projects. As a result, virtually all companies supplying components for the country’s complex concentrated solar power plants are Chinese. However, it is not impossible for a Western company to establish itself as …
Continue reading “How a German firm’s heliostats shine in China”
[Ed note: According to Fengli Du at CSTA, the conference tour includes a trip to see the Talatan New Energy Park at Talatan in Qinghai. This has three Tower CSP plants, Power China has a 50MW and a 100 MW under construction, and China Energy has a 100MW.] Source: CSTA Invitation from the Conference Chair …
Continue reading “CSTA CSP Conference August 11-14 includes Talatan solar park tour”
Abstract: Concentrated solar thermal (CST) systems based on solid particle receivers demand granular materials that combine mechanical resilience, stable flow behaviour, and favourable thermophysical properties at high operating temperatures. Although optical performance has received extensive attention in the recent literature, the mechanical attrition kinetics, flowability characteristics, and thermophysical property evolution of waste-derived particles remain insufficiently …