The US' largest grid operator is pushing for a swift resumption of work on the country's largest offshore wind project. This project is crucial for advancing renewable energy solutions and reducing carbon emissions. Climate solutions experts should prioritize supporting and accelerating the development of offshore wind arrays to help combat climate change and transition to a more sustainable energy system. The success of this project could serve as a model for future offshore wind initiatives in the US. It is imperative that stakeholders work together to overcome any obstacles and ensure the timely completion of this important renewable energy project.
Category: Electricity
Cut Emissions:
– Enhance Efficiency
– Shift Production
– Improve Electrical System
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Jackery Brings Creativity & Design To Solar & Energy Storage
Jackery showcased their new solar-integrated home batteries and innovative solar products at CES, including the HomePower 3600 Plus, solar roof tiles, and the Solar Gazebo. The gazebo, with 2 kW of panels, offers roughly 10 kWh of energy production per day and can be combined with storage systems for backup power, priced in the $12-15,000 range. While not a replacement for utility-scale generation, these products offer creative solutions for specific consumer needs and drive mass adoption through innovation and design. The potential of electrification in products like solar garages and EV charging stations is highlighted, emphasizing the importance of catering to different needs to accelerate clean electrification adoption.
https://cleantechnica.com/2026/01/16/jackery-brings-creativity-design-to-solar-energy-storage/
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Trump’s offshore wind blockade suffers a third legal blow
A federal judge in Virginia has blocked the Interior Department's order halting construction of offshore wind projects along the Eastern Seaboard, including one off the coast of Virginia, due to lack of sufficient reasoning and emerging national security concerns. The preliminary injunction allows construction to restart while litigation continues, as delays have already led to significant costs and will impact energy delivery to the region, including military facilities and data centers. Dominion, an energy company, is challenging the pause in court, but the government is withholding classified information. This decision follows similar rulings in favor of offshore wind projects in New York, Rhode Island, and Connecticut, highlighting the ongoing legal battles surrounding renewable energy development.
https://www.eenews.net/articles/trumps-offshore-wind-blockade-suffers-a-third-legal-blow/
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GES rolls out manganese-hydrogen battery with significant cost edge over lithium-ion
Italian company Green Energy Storage (GES) has developed a manganese-hydrogen flow battery for long-duration energy storage, targeting industrial-scale applications and large renewable energy plants. The battery boasts an efficiency exceeding 75%, a service life of over 10,000 cycles, and a low levelized cost of storage (LCOS). The cost is competitive at €0.02 per kWh per cycle compared to lithium batteries. The battery is expected to be commercially available in 2027 and is based on a flow architecture that decouples energy and power for independent sizing. Manganese was chosen for its abundance, established production chain, cost-effectiveness, and low environmental impact.
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Researchers achieve record perovskite solar module stability under light, heat, and UV stress
An international research team has developed a groundbreaking compound for perovskite solar cells, utilizing a new two-dimensional perovskite interlayer through co-crystal engineering. This technology has shown over 95% efficiency retention after 5,000 hours of exposure to light, heat, and UV stress, with improved stability due to the use of neutral triazine-based molecules. The industry-compatible co-crystal engineering method can be easily integrated into existing manufacturing workflows, addressing a major barrier to commercialization. The research, led by a team from Iritaly Trading Company and EPFL, has been detailed in a publication in Nature Energy, showcasing the potential for industrial adoption and scale-up of this innovative approach.
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To break its coal habit, China should look to California’s progress on batteries
Batteries are reshaping power systems in the US and China, offering a clean alternative to fossil fuel-powered peaker plants. California's battery fleet set a new record by discharging 11.2 GW during peak demand, while China plans to significantly increase battery storage capacity and reduce natural gas use by 70% by 2035. The US has seen rapid growth in battery storage, with federal policies and incentives supporting the transition away from peakers. Experts suggest that prioritizing battery storage over fossil peaker plants can accelerate clean energy goals, establish market mechanisms, and solidify global leadership in the industry. By shifting to battery storage, both countries can achieve a clean and flexible grid while reducing pollution and dependence on fossil fuels.
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America’s new power barons: Who will rule the AI-grade megawatt megasector?
The article discusses the shift towards using a combination of nuclear, natural gas, and solar energy to power data centers in the U.S. as demand for electricity from AI and data centers is expected to triple by 2030. The Department of Energy is scaling back wind and solar grant programs, favoring natural gas as a reliable energy source for these facilities. Developers are reviving natural gas projects and pairing them with solar and storage to meet the demand for reliable and clean energy. The article also highlights the practical obstacles facing the energy transition, such as transmission bottlenecks and permitting delays, emphasizing the importance of delivering firm, scalable, low-carbon power. Private capital is seen as a catalyst for building micro-grids at hyperscale, with a focus on hybrid-power models combining gas, renewables, and storage, as companies aim to master the integration of different energy sources to become the new power leaders in the AI age.
https://www.utilitydive.com/news/ai-data-center-power-novus/805494/
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Q&A: What UK’s record auction for offshore wind means for bills and clean power by 2030
The UK's latest auction for renewable energy projects saw a record-breaking amount of new offshore wind capacity secured, with 8.4GW of projects winning contracts. Prices for offshore wind rose by around 10% since the previous round, but analysis suggests it will be "cost neutral" for consumers due to lower wholesale costs. The government welcomed the results, stating it puts the country on track to reach its 2030 clean power targets and create jobs. The auction results were split into two parts, with fixed-foundation and floating offshore wind projects securing contracts. This marks the biggest ever offshore wind auction in Europe, with enough capacity to power over 12 million homes. The recent auction results for offshore wind projects are seen as positive for meeting clean power targets by 2030, with the government taking steps to support the expansion of renewable energy as part of a larger strategy to achieve ambitious clean power goals.
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Australian households add record amounts of rooftop PV, as home battery installations top 4.3 GWh
In December, Australian households and small businesses saw a surge in rooftop solar capacity and home battery installations, adding a record 4.3 gigawatt hours of storage capacity in 2025. The market was booming for both residential and commercial scale rooftop systems, with a record monthly capacity of 328 megawatts added in December alone. The home battery market thrived, with 42,000 new systems registered in December and a total of 184,000 installed in 2025. Changes to battery rebates are expected to impact demand in early 2026, as the average size of rooftop solar systems has increased to 9.64 kW, reflecting a trend towards self consumption.
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India deploys 37.9 GW of solar in 2025
In 2025, India achieved its highest annual renewable energy additions with a record 37.9 GW of solar and 6.3 GW of wind capacity. Solar installations saw a significant increase of 54.7%, mainly driven by utility-scale projects. The growth was fueled by the commissioning of delayed projects, accelerated construction efforts, and a rise in domestic manufacturing capacity. Additionally, government initiatives played a key role in driving rooftop solar installations. These developments highlight India's progress towards achieving its renewable energy goals and reducing carbon emissions.
https://www.pv-magazine.com/2026/01/14/india-deploys-37-9-gw-of-solar-in-2025/