Tag #Energy Storage

Showing 49 to 54 of 54 results

china.org.cn

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Dec 26, 13:07

China Unveils World's First 30MW Hydrogen Gas Turbine

Mingyang Group in China launched the world's first 30MW pure hydrogen gas turbine, Jupiter I, solving renewable energy storage by converting excess electricity to hydrogen and back, addressing significant energy waste.

China Unveils World's First 30MW Hydrogen Gas Turbine

Mingyang Group in China launched the world's first 30MW pure hydrogen gas turbine, Jupiter I, solving renewable energy storage by converting excess electricity to hydrogen and back, addressing significant energy waste.

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What is the significance of China's development of the world's first 30MW pure hydrogen gas turbine for global renewable energy strategies?

China's Mingyang Group successfully ignited the world's first 30-megawatt pure hydrogen gas turbine, offering a solution for renewable energy storage. This turbine, named Jupiter I, converts stored hydrogen back into electricity during peak demand, addressing energy waste from renewable sources.

dw.com

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Dec 18, 19:11

CSP Solar Power Plant Failure Highlights Technological and Economic Challenges

The $1 billion Crescent Dunes solar thermal power plant in Nevada failed to meet expectations, closing in 2019 after repeated technical issues; this, coupled with the higher cost and operational complexity of CSP compared to PV solar, hindered its widespread adoption, although China's recent focus o...

CSP Solar Power Plant Failure Highlights Technological and Economic Challenges

The $1 billion Crescent Dunes solar thermal power plant in Nevada failed to meet expectations, closing in 2019 after repeated technical issues; this, coupled with the higher cost and operational complexity of CSP compared to PV solar, hindered its widespread adoption, although China's recent focus o...

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What factors contributed to the failure of the Crescent Dunes solar thermal power plant and the overall underperformance of CSP technology compared to PV solar?

The Crescent Dunes solar thermal power plant in Nevada, a $1 billion project completed in 2015, failed to meet expectations, closing in 2019 due to technical issues and underperformance. This failure, along with the high cost of Concentrated Solar Power (CSP) compared to photovoltaic (PV) solar, hampered the technology's growth.

kathimerini.gr

🌐 85% Global Worthiness

Dec 13, 10:10

Metlen Expands Green Energy Portfolio with Focus on Energy Storage

Metlen Energy & Metals, through its M Renewables arm, is aggressively expanding its green energy portfolio, focusing on energy storage projects with over 700 GWh delivered and 2.8 GWh under development, targeting participation in upcoming Spanish and German auctions while holding a 50% market share ...

Metlen Expands Green Energy Portfolio with Focus on Energy Storage

Metlen Energy & Metals, through its M Renewables arm, is aggressively expanding its green energy portfolio, focusing on energy storage projects with over 700 GWh delivered and 2.8 GWh under development, targeting participation in upcoming Spanish and German auctions while holding a 50% market share ...

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How does Metlen's three-pillar strategy contribute to its overall growth and sustainability in the renewable energy market?

Metlen's strategy centers on three pillars: EPC (Engineering, Procurement, and Construction), Asset Rotation (developing and selling projects), and developing projects for its own operation. This diversified approach allows for continuous growth and funding of new projects. Metlen's global renewable energy portfolio totals 11 GW, demonstrating a strong commitment to the green transition.

dw.com

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Dec 20, 16:12

EVs: Bidirectional Charging for Grid Stability and Cost Savings

Electric vehicles with bidirectional charging capabilities (V2G) can store excess renewable energy and supply power to homes (V2H), stabilizing grids and potentially saving households €31-780 annually; a study estimates €22 billion annual EU savings from grid support.

EVs: Bidirectional Charging for Grid Stability and Cost Savings

Electric vehicles with bidirectional charging capabilities (V2G) can store excess renewable energy and supply power to homes (V2H), stabilizing grids and potentially saving households €31-780 annually; a study estimates €22 billion annual EU savings from grid support.

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How can the bidirectional charging capability of electric vehicles contribute to a more sustainable and cost-effective energy system?

Electric vehicle (EV) batteries, ranging from 40 kWh (Renault R5) to 77 kWh (VW ID.4), can power homes and feed electricity back into grids via bidirectional chargers. This V2G (Vehicle-to-Grid) technology uses excess solar power stored in EV batteries during the day to supply homes at night, potentially saving households money and reducing reliance on additional home battery storage.

taz.de

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Dec 15, 19:11

Germany Funds International Competition for Long-Term Energy Storage

Germany is funding four international teams to develop long-term energy storage solutions for its energy transition, addressing the unreliability of solar and wind power. The competition, organized by Sprind, will award up to €4 million for the development of industrial-scale prototypes using redox ...

Germany Funds International Competition for Long-Term Energy Storage

Germany is funding four international teams to develop long-term energy storage solutions for its energy transition, addressing the unreliability of solar and wind power. The competition, organized by Sprind, will award up to €4 million for the development of industrial-scale prototypes using redox ...

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What are the long-term economic and industrial implications of successfully developing large-scale energy storage solutions for Germany and beyond?

Successful development of these long-term storage solutions will be crucial for the German industry's future reliance on renewable energy. The competition's focus on industrial scalability and attracting private investment suggests a potential shift towards more affordable and sustainable energy storage alternatives in the coming years. The involvement of international teams highlights the global nature of this challenge.

global.chinadaily.com.cn

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Nov 5, 13:14

Xinjiang's Energy Storage Boom

Xinjiang's energy storage capacity is rapidly expanding due to a boom in renewable energy projects, but faces challenges in balancing renewable energy generation with consumption.

Xinjiang's Energy Storage Boom

Xinjiang's energy storage capacity is rapidly expanding due to a boom in renewable energy projects, but faces challenges in balancing renewable energy generation with consumption.

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Why is the expansion of energy storage crucial for Xinjiang's energy grid?

This growth is crucial for balancing Xinjiang's vast renewable energy output and ensuring grid stability, as renewable energy generation is projected to significantly outpace consumption.

Showing 49 to 54 of 54 results