Tag #Energy Storage

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smh.com.au

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Jun 11, 01:15

NSW Shifts Solar Battery Focus to Virtual Power Plants

NSW will end its $2600 home solar battery incentive program on June 30, 2024, using the savings to boost payments for households joining virtual power plants (VPPs) that sell excess stored energy to the grid, complementing the federal government's $2.3 billion battery scheme starting July 1st, aimin...

NSW Shifts Solar Battery Focus to Virtual Power Plants

NSW will end its $2600 home solar battery incentive program on June 30, 2024, using the savings to boost payments for households joining virtual power plants (VPPs) that sell excess stored energy to the grid, complementing the federal government's $2.3 billion battery scheme starting July 1st, aimin...

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How will the integration of home batteries into virtual power plants affect electricity grid stability and consumer costs in NSW?

This policy change reflects a strategic move from direct subsidies for battery purchases to incentivizing their integration into VPPs, enhancing grid reliability. The NSW government's decision leverages the substantial federal investment to maximize impact by encouraging broader participation in VPPs, increasing grid stability, and reducing electricity costs for all consumers, not just those with solar.

zeit.de

🌐 75% Global Worthiness

Jun 3, 16:14

German Households Hold Key to Smoothing Renewable Energy Fluctuations

A study by Eon and FfE shows that German households could shift 15.6 terawatt-hours of electricity consumption—equivalent to the combined usage of Munich and Warsaw—by adjusting usage of appliances like washing machines and dryers to off-peak hours; this potential could almost double by 2030 due to ...

German Households Hold Key to Smoothing Renewable Energy Fluctuations

A study by Eon and FfE shows that German households could shift 15.6 terawatt-hours of electricity consumption—equivalent to the combined usage of Munich and Warsaw—by adjusting usage of appliances like washing machines and dryers to off-peak hours; this potential could almost double by 2030 due to ...

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What are the key factors driving the projected increase in household electricity flexibility potential by 2030, and what role do different technologies play?

The study highlights the imbalance between fluctuating renewable energy generation and peak electricity demand. Shifting energy-intensive household tasks like laundry to off-peak hours could significantly mitigate this issue. This flexibility is crucial for integrating renewable energy sources into the grid effectively.

faz.net

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May 20, 19:12

Germany's Energy Storage Gap Hinders Renewable Transition

Germany's rapid renewable energy growth, exceeding 60 percent in 2024, is hampered by grid limitations, necessitating more battery storage; however, current capacity (20 GWh) is insufficient for a climate-neutral system, while bureaucracy and Asian market dominance pose challenges.

Germany's Energy Storage Gap Hinders Renewable Transition

Germany's rapid renewable energy growth, exceeding 60 percent in 2024, is hampered by grid limitations, necessitating more battery storage; however, current capacity (20 GWh) is insufficient for a climate-neutral system, while bureaucracy and Asian market dominance pose challenges.

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How do regulatory barriers and the global landscape of battery production impact Germany's ability to meet its climate goals?

The insufficient battery storage capacity in Germany, currently at 20 GWh, highlights a critical infrastructure gap. While small-scale home batteries are proliferating, large-scale storage is lagging, with only 13 percent of total capacity despite a projected need for 100 GWh by 2030 for a climate-neutral energy system. This shortfall impacts grid stability and incurs significant economic losses.

forbes.com

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May 18, 13:10

Clean Energy Transition Fuels Growth in Renewables, Infrastructure, and Circular Economy Solutions

Three companies—Sonnedix (renewable energy), Eland Cables (electrical cables), and Moment Energy (EV battery repurposing)—are thriving due to the global push for clean energy, showcasing the immense opportunities and challenges in this rapidly growing sector.

Clean Energy Transition Fuels Growth in Renewables, Infrastructure, and Circular Economy Solutions

Three companies—Sonnedix (renewable energy), Eland Cables (electrical cables), and Moment Energy (EV battery repurposing)—are thriving due to the global push for clean energy, showcasing the immense opportunities and challenges in this rapidly growing sector.

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What are the long-term implications of the global transition to clean energy for the broader economy and society?

The success of these three companies indicates a strong and growing market for renewable energy solutions and the associated infrastructure. Moment Energy's focus on a circular economy for EV batteries points towards a future where waste is minimized and resources are efficiently utilized. Continued investment in and expansion of these sectors will be crucial to meeting global climate goals and ensuring energy security.

elmundo.es

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May 8, 22:14

Spanish Researcher Wins Prestigious Award for Sustainable Energy Innovation

Antoni Forner Cuenca, a chemical engineer from Alicante, Spain, won the 2025 Princesa de Girona Research Award for his contributions to sustainable energy storage, specifically the development of porous electrodes for large-scale batteries; King Felipe VI presented the award in Badajoz, Spain.

Spanish Researcher Wins Prestigious Award for Sustainable Energy Innovation

Antoni Forner Cuenca, a chemical engineer from Alicante, Spain, won the 2025 Princesa de Girona Research Award for his contributions to sustainable energy storage, specifically the development of porous electrodes for large-scale batteries; King Felipe VI presented the award in Badajoz, Spain.

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How does Forner's research contribute to broader efforts in the global transition to sustainable energy?

Forner's work focuses on developing sustainable porous electrodes for large-scale batteries, significantly reducing development costs and times through innovative synthesis methods and computational algorithms. His research impacts Spain, Switzerland, the US, and the Netherlands, highlighting international collaboration in sustainable energy.

repubblica.it

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Apr 6, 22:10

Theion's Sulfur-Based Battery: Three Times the Range, Lower Environmental Impact

Theion, a German startup, developed a sulfur-based battery with a 1,000 Wh/kg energy density, offering three times the range of current batteries while reducing environmental impact and costs, with €15 million in funding secured.

Theion's Sulfur-Based Battery: Three Times the Range, Lower Environmental Impact

Theion, a German startup, developed a sulfur-based battery with a 1,000 Wh/kg energy density, offering three times the range of current batteries while reducing environmental impact and costs, with €15 million in funding secured.

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What are the immediate performance and environmental impacts of Theion's new sulfur-based battery technology?

Theion, a German startup, developed a sulfur-based battery with 1,000 Wh/kg energy density, exceeding traditional NMC batteries. Early tests show three times the range of current batteries, promising significant improvements in electric vehicle autonomy.

cbsnews.com

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Jun 4, 04:14

Manhattan Skyscraper Uses Ice to Cut Cooling Costs, Ease Grid Strain

In Manhattan, Eleven Madison Park uses an ice battery system to lower cooling costs by up to 40% by freezing 500,000 pounds of ice nightly to reduce peak demand on the electricity grid; this addresses the problem of high energy use during peak hours, which can account for more than 70% of electricit...

Manhattan Skyscraper Uses Ice to Cut Cooling Costs, Ease Grid Strain

In Manhattan, Eleven Madison Park uses an ice battery system to lower cooling costs by up to 40% by freezing 500,000 pounds of ice nightly to reduce peak demand on the electricity grid; this addresses the problem of high energy use during peak hours, which can account for more than 70% of electricit...

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How does the Eleven Madison Park ice battery system reduce electricity demand during peak hours and what are its immediate cost implications?

Eleven Madison Park in Manhattan uses an ice battery system to reduce cooling costs by up to 40% by freezing water at night and using it during the day. This system helps lower peak demand on the electricity grid, which is particularly important during hot summer months when energy consumption for cooling is high.

forbes.com

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May 24, 19:10

Virginia Mandates 450-Megawatt Virtual Power Plant Pilot Program

Virginia's new Community Energy Act mandates Dominion Energy to launch a 450-megawatt virtual power plant (VPP) pilot program, representing a significant step in integrating distributed energy resources and improving grid stability, while Key Han's speed-converter technology offers a potential game-...

Virginia Mandates 450-Megawatt Virtual Power Plant Pilot Program

Virginia's new Community Energy Act mandates Dominion Energy to launch a 450-megawatt virtual power plant (VPP) pilot program, representing a significant step in integrating distributed energy resources and improving grid stability, while Key Han's speed-converter technology offers a potential game-...

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How do virtual power plants address the challenges posed by the increasing reliance on intermittent renewable energy sources like solar and wind?

The Virginia mandate connects to a broader trend of utilities exploring VPPs to address increasing energy demands and integrate renewable sources. VPPs offer a flexible and cost-effective way to manage fluctuating power supplies from renewables like solar and wind, while also improving grid resilience.

faz.net

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May 19, 19:11

Germany's Energy Storage Gap: Renewable Boom Requires Massive Battery Investment

Germany's renewable energy surge faces grid limitations, necessitating substantial battery storage investments; current capacity is 20 GWh, far short of the projected 100 GWh needed by 2030, while Asian manufacturers dominate the market.

Germany's Energy Storage Gap: Renewable Boom Requires Massive Battery Investment

Germany's renewable energy surge faces grid limitations, necessitating substantial battery storage investments; current capacity is 20 GWh, far short of the projected 100 GWh needed by 2030, while Asian manufacturers dominate the market.

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What is the primary challenge posed by Germany's rapid renewable energy expansion, and what are the immediate economic consequences?

Germany's rapid renewable energy expansion, exceeding 60 percent of electricity generation from wind and solar in 2024, is hampered by insufficient grid capacity. This necessitates large-scale battery storage to manage energy surpluses and prevent grid overloads, costing over €1 billion in 2024 due to energy losses from curtailment.

theguardian.com

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May 9, 07:19

Australian Election Boosts Renewable Energy Transition

Australia's recent election has shifted the nation's energy focus towards renewable energy, reversing a previous emphasis on nuclear and gas. This creates renewed investor confidence to help meet the 82% renewable target by 2030, but requires improved community engagement and investment in energy st...

Australian Election Boosts Renewable Energy Transition

Australia's recent election has shifted the nation's energy focus towards renewable energy, reversing a previous emphasis on nuclear and gas. This creates renewed investor confidence to help meet the 82% renewable target by 2030, but requires improved community engagement and investment in energy st...

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What is the immediate impact of the recent Australian election on the country's renewable energy transition?

Australia's recent election resulted in a renewed push for renewable energy, potentially reversing a stalled transition due to previous policy favoring nuclear and gas. This shift is crucial for achieving the government's ambitious 82% renewable energy target by 2030. The election outcome provides much-needed investor confidence.

german.china.org.cn

🌐 85% Global Worthiness

May 6, 16:15

China's Green Shift: Energy Storage, Job Growth, and Carbon Capture on Changxing Island

A Shanghai fishery company lowers energy costs using an energy storage system on Changxing Island, illustrating China's green job growth exceeding 3.4 million by 2024, with 137 recognized green professions and a 100,000-ton CO2 capture project underway.

China's Green Shift: Energy Storage, Job Growth, and Carbon Capture on Changxing Island

A Shanghai fishery company lowers energy costs using an energy storage system on Changxing Island, illustrating China's green job growth exceeding 3.4 million by 2024, with 137 recognized green professions and a 100,000-ton CO2 capture project underway.

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What is the impact of China's green initiative on job creation and the specific example on Changxing Island?

A fishery company on Changxing Island, Shanghai uses energy storage to reduce electricity costs, keeping seafood fresh. The system stores power during off-peak hours and releases it during peak times, lowering operational expenses. This initiative is part of China's broader push towards green energy.

smh.com.au

🌐 75% Global Worthiness

Apr 6, 13:18

Australia to Subsidize Home Batteries, Slashing Power Bills for Millions

Australia's Labor government will spend $2.3 billion to discount home battery systems by up to 30 percent from July 1, aiming to save 4 million households up to $1100 annually on power bills and ease strain on the electricity grid, although it excludes renters and low-income households.

Australia to Subsidize Home Batteries, Slashing Power Bills for Millions

Australia's Labor government will spend $2.3 billion to discount home battery systems by up to 30 percent from July 1, aiming to save 4 million households up to $1100 annually on power bills and ease strain on the electricity grid, although it excludes renters and low-income households.

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What is the immediate impact of the Australian government's plan to subsidize home batteries on household energy costs and grid stability?

Australia's Labor government plans to heavily discount home battery systems by up to 30 percent, starting July 1st. This $2.3 billion initiative aims to reduce power bills for 4 million households with solar panels, potentially saving up to $1100 annually per household. The discount is expected to significantly shorten payback times, boosting battery adoption.

Showing 13 to 24 of 54 results