Climate Change Solutions Update

Category: Electricity

Cut Emissions:
– Enhance Efficiency
– Shift Production
– Improve Electrical System

  • UK’s first community-owned solar battery seeks investors

    Low Carbon Hub is seeking investors for a 12 MWh battery energy storage system to be added to the Ray Valley Solar project in the UK, making it the first community-owned co-located battery in the country. The developer has raised over GBP 10 million in community investment and is now looking for GBP 500,000 to fund the battery. Shares in the project are available for purchase starting at GBP 100, providing an opportunity for individuals to invest in a sustainable energy solution that will contribute to reducing carbon emissions in the UK.

    https://www.pv-magazine.com/2026/03/27/uks-first-community-owned-solar-battery-seeks-investors/

  • Judge upholds DC gas hookup ban

    A court ruling in Washington D.C. has upheld building code amendments that prohibit new gas hookups, allowing for new and modified buildings to be constructed to a net-zero energy standard by 2027. The Energy Policy and Conservation Act does not prevent local governments from regulating energy consumption in specific locations, supporting the city's environmental goals and efforts to reduce greenhouse gas emissions. This decision sets a precedent for other cities looking to implement similar climate solutions and demonstrates the legal authority of local governments to address energy consumption and emissions.

    https://www.eenews.net/articles/judge-upholds-dc-gas-hookup-ban-3/

  • Ultra-low-cost solar could enable 2,000 GW market in Australia

    Researchers from the Australian Centre for Advanced Photovoltaics have quantified the potential of ultra-low-cost solar to deliver 1,000 TWh per year for domestic use and 2,600 TWh per year for exports in Australia. The ARENA 30-30-30 vision aims for 30% solar module efficiency and an installed cost of $0.30 per watt by 2030, creating a 2,000 GW-scale solar market in Australia. This could support a fully decarbonized economy and large-scale production of green metals for global markets, changing the economics of Australia's energy transition. Cost reductions in heavy industry and closer cost parity with conventional production for green commodity production are expected as a result of ULC solar implementation.

    https://www.pv-magazine.com/2026/03/26/ultra-low-cost-solar-could-enable-2000-gw-market-in-australia/

  • Coastal Virginia Offshore Wind begins delivering power

    The 2.6-GW Coastal Virginia Offshore Wind project, the largest offshore wind farm in the U.S., has begun delivering power to the grid despite delays caused by the Trump administration. With bipartisan support and additional turbines planned for installation, Virginia is poised to become a major player in offshore wind energy. The company behind the project emphasizes the importance of avoiding delays to minimize costs and maintain progress in the data center capital of the world. Despite missed deadlines, there is political momentum and stakeholder support for the project to move forward, highlighting the optimism for the project's current standing.

    https://www.utilitydive.com/news/coastal-virginia-offshore-wind-begins-delivering-power/815874/

  • From Fuel Shock to Financial Stability in Hawaiʻi

    Hawai'i is looking to transition to a more sustainable energy system to reduce its reliance on imported fuels and lower costs. The state's decarbonization report shows that the transition will be cheaper in the long run compared to continuing with the current system. Investments in utility-scale renewables, batteries, grid upgrades, and other infrastructure will be necessary, but the declining costs of core technologies like solar and storage make the transition feasible. By shifting towards local renewable energy sources, Hawai'i can reduce its fuel-driven electricity prices and create a more resilient and cost-effective energy system. The state's financing strategy includes securitizing clean-energy finance and supporting distributed investment at scale, with a focus on utility-scale assets, major grid upgrades, and various financing options for different sectors.

    https://cleantechnica.com/2026/03/26/from-fuel-shock-to-financial-stability-in-hawai%CA%BBi/

  • GridMarket to secure 5GW zero-emission power from Arbor Energy

    Arbor Energy has partnered with GridMarket to provide up to 5GW of zero-emission baseload power for infrastructure projects starting in 2029. The power supply will support data centres, manufacturers, and logistics providers facing increasing energy demands from AI applications and industrial expansion. Arbor's HALCYON turbine, a fuel-flexible system capable of producing zero-emission power from natural gas, will be used in the agreement. The company plans to expand production to deliver more than 100 turbines per year by 2030 to help strengthen grid resilience through distributed power solutions. GridMarket will facilitate access to Arbor's power for clients, including data centre owners and land developers.

    https://www.power-technology.com/news/gridmarket-to-secure-power-arbor-energy/

  • Schumer rolls out Dems’ midterm energy pitch

    Senate Minority Leader Chuck Schumer has unveiled a comprehensive five-point energy and climate change agenda that focuses on affordability, clean energy, and job creation. The plan includes reinstating clean energy tax incentives, easing permitting for zero-emissions energy sources like wind and solar, and highlighting the affordability of clean energy. Schumer aims to position Democrats as the leaders in the fight against climate change while also addressing economic concerns, emphasizing the importance of sustainable solutions for both the environment and the economy.

    https://www.eenews.net/articles/schumer-rolls-out-dems-midterm-energy-pitch/

  • Australian science agency trials AI robots for solar farms

    CSIRO has repurposed AI-driven robots from the mining industry to conduct maintenance inspections at large-scale solar farms in Australia. Equipped with cameras, sensors, and AI software, these robots can identify issues like dust build-up and physical damage, aiming to reduce maintenance costs, improve efficiency, and extend asset lifespan. This integration of robotics and AI is expected to shift the focus from manual tasks to skilled technical work, making inspections in harsh conditions more feasible. CSIRO plans to partner with industry to make this technology more widely available after successful trials.

    https://www.pv-magazine.com/2026/03/25/australian-science-agency-trials-ai-robots-for-solar-farms/

  • Microsoft, NVIDIA team up to boost nuclear power with AI

    Microsoft and NVIDIA are partnering to utilize artificial intelligence to enhance the entire lifecycle of nuclear power, focusing on addressing bottlenecks in design and regulatory review processes to streamline permitting, construction, and operation of reactors for increased construction of nuclear power plants. This initiative aims to make processes more efficient and repeatable, showcasing how AI can accelerate energy planning and enhance power generation. The partnership highlights the potential for AI to revolutionize the energy sector, with other companies like Google also leveraging AI to streamline processes in the industry.

    https://www.eenews.net/articles/microsoft-nvidia-team-up-to-boost-nuclear-power-with-ai/

  • Oʻahu 2050: A Hard-Charging Roadmap to a Zero-Carbon Energy System

    The roadmap for Oʻahu's energy future includes building a foundation of rooftop and canopy solar, batteries, EV charging, and district-cooling projects by 2030. The goal is to eliminate oil generation and H-POWER as power sources and decarbonize liquid fuels by the 2040s. The transition aims to reduce harm, lower costs, strengthen resilience, and reduce dependence on imported fossil fuels. The decision on the next steps belongs to Hawaiʻi's communities, workers, institutions, and leaders.

    https://cleantechnica.com/2026/03/25/o%CA%BBahu-2050-a-hard-charging-roadmap-to-a-zero-carbon-energy-system/