Tag #Renewable Energy

Showing 73 to 84 of 1,247 results

europe.chinadaily.com.cn

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Jul 8, 07:16

China's Electricity Demand to Grow 4-6.5% in 2025, Driven by Economic Growth and Renewable Energy Expansion

China's electricity demand is projected to increase by 4-6.5 percent in 2025, reaching 10.3 trillion kWh, driven by economic growth and increased consumption in various sectors; this will be met by a 19.2 percent increase in power generation capacity, with renewable energy exceeding 45 percent of th...

China's Electricity Demand to Grow 4-6.5% in 2025, Driven by Economic Growth and Renewable Energy Expansion

China's electricity demand is projected to increase by 4-6.5 percent in 2025, reaching 10.3 trillion kWh, driven by economic growth and increased consumption in various sectors; this will be met by a 19.2 percent increase in power generation capacity, with renewable energy exceeding 45 percent of th...

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What is the projected growth of China's electricity demand in 2025, and what are the primary contributing factors?

China's electricity demand is projected to grow by 4-6.5 percent in 2025, reaching 10.3 trillion kWh, a 5 percent increase from 2024. This growth is driven by a 5 percent GDP increase and strong growth in sectors like services (9.5 percent increase) and transportation (8 million more EVs).

edition.cnn.com

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Jul 7, 16:11

Perovskite Solar Vests Debut at Expo 2025

Expo 2025 in Osaka showcases utility vests with perovskite solar cells, a world-first initiative powering neck fans to combat extreme heat; this lightweight, low-cost technology shows promise for various applications but faces challenges in durability and lead content.

Perovskite Solar Vests Debut at Expo 2025

Expo 2025 in Osaka showcases utility vests with perovskite solar cells, a world-first initiative powering neck fans to combat extreme heat; this lightweight, low-cost technology shows promise for various applications but faces challenges in durability and lead content.

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How does the performance and potential of perovskite solar cells compare to traditional silicon-based solar panels?

The perovskite solar cells in the vests represent a world-first initiative in wearable technology. Their ability to generate power even in low-light conditions, unlike traditional silicon panels, offers significant advantages for various applications, including powering devices in buildings and wearables. This innovation is driven by Japan's ambitious goal of generating 20 gigawatts of solar energy by 2040, necessitated by its mountainous terrain limiting traditional solar farm development.

welt.de

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Jul 7, 19:15

Hamburg's Giant Wastewater Heat Pump: A Key to Coal Phase-Out

Hamburg is building a 60-megawatt wastewater heat pump, the largest in Germany, at the Dradenau wastewater treatment plant as a key step in its coal phase-out, providing heat for 39,000 households by 2030 and utilizing the consistent warmth of wastewater (12-20°C) to generate 95°C hot water.

Hamburg's Giant Wastewater Heat Pump: A Key to Coal Phase-Out

Hamburg is building a 60-megawatt wastewater heat pump, the largest in Germany, at the Dradenau wastewater treatment plant as a key step in its coal phase-out, providing heat for 39,000 households by 2030 and utilizing the consistent warmth of wastewater (12-20°C) to generate 95°C hot water.

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What is the significance of Hamburg's new 60-megawatt wastewater heat pump for its energy transition?

Hamburg is constructing a 60-megawatt wastewater heat pump, the largest in Germany, to replace coal-fired heating. This will provide climate-friendly heat to 39,000 households and is a key step in the city's transition away from coal.

cnn.com

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Jul 7, 13:14

Solar-Powered Vests Combat Osaka Expo Heat

Expo 2025 in Osaka is using solar-powered utility vests with ultra-thin, flexible perovskite solar panels to help staff cope with soaring temperatures, showcasing a world-first initiative in wearable solar technology developed by Toyoda Gosei, Enecoat Technologies, and Seiren.

Solar-Powered Vests Combat Osaka Expo Heat

Expo 2025 in Osaka is using solar-powered utility vests with ultra-thin, flexible perovskite solar panels to help staff cope with soaring temperatures, showcasing a world-first initiative in wearable solar technology developed by Toyoda Gosei, Enecoat Technologies, and Seiren.

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What is the significance of the solar-powered utility vests at Expo 2025, and what immediate impact does this technology have on heat-related challenges?

At Expo 2025 in Osaka, Japan, staff are using solar-powered utility vests to combat extreme heat. Developed by Toyoda Gosei, these vests utilize ultra-thin, flexible perovskite solar panels to power neck fans, offering a practical solution for outdoor work in intense heat. The project is a world-first initiative integrating perovskite solar cells into wearables.

smh.com.au

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Jul 6, 04:12

Australian Home Battery Rebate Drives Fourfold Sales Surge

Australia's home battery rebate program, launched July 1st, has resulted in a fourfold increase in battery sales and inquiries, with retailers reporting significant sales growth; however, experts caution about the substantial upfront investment and lifestyle changes needed to maximize savings.

Australian Home Battery Rebate Drives Fourfold Sales Surge

Australia's home battery rebate program, launched July 1st, has resulted in a fourfold increase in battery sales and inquiries, with retailers reporting significant sales growth; however, experts caution about the substantial upfront investment and lifestyle changes needed to maximize savings.

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What is the immediate impact of Australia's home battery rebate on consumer demand and the market?

The Australian government's home battery rebate has spurred a dramatic increase in sales and inquiries, with retailers reporting a fourfold rise. While significant annual bill reductions are possible, experts caution against expecting immediate financial returns on the substantial investment. The program, offering a 30% rebate, has seen a 459% increase in battery sales in May-June compared to the previous year.

theguardian.com

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Jul 4, 19:15

Seabound's Carbon Capture: A Potential Increase in Emissions

A letter to the editor critiques Seabound's carbon-capture process for shipping, arguing that its lime-pellet method may increase CO2 emissions unless production and reuse processes are significantly improved; it suggests using calcium silicate cement production and renewable energy sources.

Seabound's Carbon Capture: A Potential Increase in Emissions

A letter to the editor critiques Seabound's carbon-capture process for shipping, arguing that its lime-pellet method may increase CO2 emissions unless production and reuse processes are significantly improved; it suggests using calcium silicate cement production and renewable energy sources.

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What are the immediate environmental consequences of Seabound's lime-pellet based carbon capture process for the shipping industry, considering the full lifecycle emissions?

Seabound's carbon-capture process for shipping, using lime pellets, may inadvertently increase CO2 emissions if the pellets' production and reuse release more CO2 than captured. The process could be improved by using alternative methods, such as calcium silicate-based cement production, which sequesters CO2.

forbes.com

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Jul 7, 16:11

Trump Budget Bill Eliminates Clean Energy Incentives, Boosting Fossil Fuels

President Trump signed a budget bill eliminating federal incentives for clean energy projects while simultaneously providing tax breaks to the fossil fuel industry, potentially increasing energy prices and hindering US competitiveness in the global clean energy market.

Trump Budget Bill Eliminates Clean Energy Incentives, Boosting Fossil Fuels

President Trump signed a budget bill eliminating federal incentives for clean energy projects while simultaneously providing tax breaks to the fossil fuel industry, potentially increasing energy prices and hindering US competitiveness in the global clean energy market.

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How does the budget bill's prioritization of fossil fuels over clean energy impact U.S. global competitiveness in the renewable energy sector?

The bill adds over \$3 trillion to the federal deficit while phasing out tax credits for wind, solar, and electric vehicle projects. Simultaneously, it expands access to fossil fuel drilling and mining, potentially increasing energy prices and hindering U.S. competitiveness in the burgeoning clean energy sector. This shift contrasts sharply with the rapid growth of clean energy as a primary electricity source in the U.S.

forbes.com

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Jul 7, 04:11

Ferrari Unveils Hypersail: A 100-Foot Hydrofoiling Yacht

Ferrari's new Hypersail project, a 100-foot hydrofoiling yacht designed by Guillaume Verdier and led by Giovanni Soldini, aims to revolutionize offshore sailing using renewable energy and advanced control systems derived from Ferrari's automotive expertise; the prototype is under construction and se...

Ferrari Unveils Hypersail: A 100-Foot Hydrofoiling Yacht

Ferrari's new Hypersail project, a 100-foot hydrofoiling yacht designed by Guillaume Verdier and led by Giovanni Soldini, aims to revolutionize offshore sailing using renewable energy and advanced control systems derived from Ferrari's automotive expertise; the prototype is under construction and se...

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Industry, Innovation, and Infrastructure

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What are the key technological innovations in Ferrari's Hypersail project, and what is their immediate impact on offshore sailing?

Ferrari, renowned for its high-performance cars, has launched Hypersail, a 100-foot hydrofoiling yacht designed for offshore racing. The project, led by Giovanni Soldini, utilizes innovative technology including a canting keel and advanced flight control systems, drawing expertise from Ferrari's automotive sector. This collaboration aims to develop sustainable energy solutions for the yacht.

china.org.cn

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Jul 7, 13:15

China's Farthest Offshore Wind Farm Achieves Grid Connection

China's farthest offshore wind power project, an 800-megawatt farm located 80 kilometers off Yancheng, Jiangsu Province, achieved its first grid connection on January 11, 2025, marking a significant advancement in deep-sea renewable energy development and providing clean energy for 1.1 million house...

China's Farthest Offshore Wind Farm Achieves Grid Connection

China's farthest offshore wind power project, an 800-megawatt farm located 80 kilometers off Yancheng, Jiangsu Province, achieved its first grid connection on January 11, 2025, marking a significant advancement in deep-sea renewable energy development and providing clean energy for 1.1 million house...

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What were the primary challenges in constructing the Dafeng offshore wind farm, and how were they overcome?

The successful grid connection of the Dafeng offshore wind farm showcases China's progress in harnessing deep-sea wind power, a resource with global potential exceeding 71 billion kilowatts. Despite challenges like harsh weather and distance from shore (requiring six to seven hours by boat to reach the site), the project highlights advancements in construction and meteorological forecasting techniques. The project's success contributes to China's overall wind power capacity increase of 18 percent in 2024.

forbes.com

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Jul 6, 16:12

High Costs and Delays Plague Natural Gas Power Plant Construction in the US

Due to supply chain bottlenecks, workforce shortages, and increased global demand for LNG, building new natural gas-fired power plants in the US is now three times more expensive than in 2022, taking 5–7 years and jeopardizing the nation's competitiveness; meanwhile, the "One Big Beautiful Bill Act"...

High Costs and Delays Plague Natural Gas Power Plant Construction in the US

Due to supply chain bottlenecks, workforce shortages, and increased global demand for LNG, building new natural gas-fired power plants in the US is now three times more expensive than in 2022, taking 5–7 years and jeopardizing the nation's competitiveness; meanwhile, the "One Big Beautiful Bill Act"...

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How have past industry trends, such as the slowdown in gas plant construction after the early 2000s boom, contributed to the current challenges?

The shift away from cheap natural gas is driven by two factors: construction bottlenecks (resulting in 5-7 year delays for new gas turbines) and a workforce shortage stemming from past industry slowdowns. These challenges, coupled with increased global demand for LNG exports, make building new gas plants significantly more expensive and less attractive compared to renewable energy sources.

forbes.com

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Jul 5, 16:11

Aboitiz Wins Bid for Philippine Hydroelectric Plant

The Thunder Consortium, led by Aboitiz Renewables, won the bid for the 728-megawatt Caliraya-Botocan-Kalayaan hydroelectric plant in the Philippines with a 36.3 billion pesos ($642 million) offer, furthering the country's renewable energy goals and reflecting Aboitiz's 190 billion pesos investment i...

Aboitiz Wins Bid for Philippine Hydroelectric Plant

The Thunder Consortium, led by Aboitiz Renewables, won the bid for the 728-megawatt Caliraya-Botocan-Kalayaan hydroelectric plant in the Philippines with a 36.3 billion pesos ($642 million) offer, furthering the country's renewable energy goals and reflecting Aboitiz's 190 billion pesos investment i...

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How does Aboitiz's acquisition of the hydroelectric plant align with broader trends in the Philippine and global renewable energy markets?

Aboitiz's winning bid reflects the increasing global interest in renewable energy assets and the Philippines' commitment to increase renewable energy share in its electricity mix from 21% to 50% by 2040. This acquisition aligns with Aboitiz Equity's broader strategy of investing 190 billion pesos in renewable energy this decade to double its generation capacity by 2030. The acquisition also highlights the growing partnership between Philippine and Japanese energy companies.

welt.de

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Jul 4, 13:17

German Solar Power Soars, but Domestic Production Plummets

In 2024, German solar power generation hit a record high of 59.5 million megawatt hours (13.8% of total production), fueled by a 23.7% increase in installations to over 4.2 million systems by March 2025. However, German solar module production plummeted by 56%, highlighting dependence on Chinese imp...

German Solar Power Soars, but Domestic Production Plummets

In 2024, German solar power generation hit a record high of 59.5 million megawatt hours (13.8% of total production), fueled by a 23.7% increase in installations to over 4.2 million systems by March 2025. However, German solar module production plummeted by 56%, highlighting dependence on Chinese imp...

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What is the impact of the record-high solar power generation in Germany in 2024 on the country's energy independence and renewable energy targets?

In 2024, solar power in Germany generated 59.5 million megawatt hours, representing 13.8% of domestic electricity production—a record high. This signifies a substantial increase from the previous year's 12%. By March 2025, over 4.2 million photovoltaic systems with a total capacity of approximately 98.3 gigawatts were installed.

Showing 73 to 84 of 1,247 results