Ark Energy has secured grid connection approval for the Richmond Valley solar farm and battery project in Australia, which will be the largest of its kind in the country. The project will feature 500 MW of solar capacity and 475 MW of battery power with 8 hours of storage, with the first phase including a 200 MW solar farm and a 275 MW/2,200 MWh battery energy storage system using lithium-iron phosphate technology. This approval will greatly contribute to electricity supply and grid stability in New South Wales and the National Electricity Market, showcasing a significant step towards sustainable and renewable energy solutions.
Category: Electricity
Cut Emissions:
– Enhance Efficiency
– Shift Production
– Improve Electrical System
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Waymo Sending Used EV Batteries to Community Clean Energy
Waymo and B2U Storage Solutions have partnered to repurpose old EV batteries for grid-scale storage systems, aiming to cut CO2 emissions and pollution while supporting clean energy growth in California and Texas. By extending the use of these batteries, they are maximizing their economic and environmental value, showcasing the potential for EV batteries to contribute to a circular economy and help meet increasing energy demand. This initiative highlights Waymo's commitment to sustainability and maximizing the positive environmental impact of its all-electric fleet, demonstrating the potential for repurposed EV batteries to play a key role in climate solutions.
https://cleantechnica.com/2026/06/07/waymo-sending-used-ev-batteries-to-community-clean-energy/
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Halocell Energy secures grant for perovskite PV scale-up
Halocell Energy has received a grant to expand its perovskite PV manufacturing capabilities in Wagga Wagga, Australia, with the goal of increasing production of indoor perovskite PV modules from 7,000 to 100,000 units per year. The funding will be utilized to upgrade equipment, optimize production processes, and expand the workforce. Halocell's lightweight and flexible PV modules are specifically designed for high-value applications, boasting high power density, low-light performance, and radiation tolerance, making them a promising solution for advancing renewable energy technologies.
https://www.pv-magazine.com/2026/06/08/halocell-energy-secures-grant-for-perovskite-pv-scale-up/
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As energy costs rise, Pacific people look to the sun
Fijians are facing budgeting challenges due to increased fuel prices, prompting the pursuit of renewable energy targets to reduce reliance on fossil fuels. Entrepreneurs like Pita Tamani are promoting solar energy as a sustainable solution, especially in rural areas, to alleviate rising living costs. The Solar Scholars training program in Fiji aims to empower Pacific community leaders to build and manage their own renewable energy infrastructure, reducing fossil fuel reliance and providing emergency energy during power outages. This initiative highlights the importance of transitioning towards renewable energy for a sustainable future in the Pacific region, emphasizing energy democracy and community-centered solutions.
https://350.org/as-energy-costs-rise-pacific-people-look-to-the-sun/
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World Cup venues achieve LEED sustainability certification
Thirteen out of the sixteen stadiums for the FIFA World Cup have achieved LEED certification, showcasing their commitment to sustainability. The certified stadiums have installed over 11,500 solar panels, saving water and reducing single-use plastics. FIFA has pledged to reduce greenhouse gas emissions and achieve net-zero carbon emissions by 2040. LEED-certified buildings, including sports venues, use less energy, reduce carbon emissions, and conserve water compared to conventional buildings. Several stadiums in the United States, including AT&T Stadium and MetLife Stadium, have achieved gold certification for their sustainability efforts in preparation for hosting matches during the upcoming World Cup, resulting in a 16% reduction in overall energy use.
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Anatomy of a renewable finance deal: Developer lands equity for state’s largest solar-battery hybrid
Frontier Energy has secured agreements for equity to cover a third of the cost of the largest solar-battery hybrid project in Western Australia, consisting of a 132 MW solar plant and an 81.5 MW battery storage system. The company has received firm commitments for $110 million in new equity and is working towards securing additional funding. The Waroona project is expected to generate revenue from reserve capacity contracts, energy sales, and other services, with a focus on selling excess output from the battery and solar farm. Additionally, the company is planning to expand the renewable energy facility to potentially reach 1,000 MW and 660 MW of battery capacity, aiming to create a major renewable energy precinct in the South West of WA to contribute to clean energy solutions and reduce carbon emissions in the area.
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Al Gore on 20 Years of Progress and the Work Ahead
Climate solutions experts are focusing on initiatives like the Speed & Scale Action Plan and Global Week of Action to shape the world in the next 20 years, with a key strategy being the transition to electric vehicles. Ferrari's unveiling of the Luce, wind and solar energy outpacing natural gas, and China's pledge to buy deforestation-free beef all point towards the potential for renewables and sustainable practices. The Niño weather pattern strengthening, Denver's move to reduce carbon emissions, and Microsoft's commitment to carbon removals highlight the urgent need for climate action. Investment in renewable energy financing is expected to increase, while challenges remain in scaling climate-friendly alternatives and achieving energy independence.
https://speedandscale.com/newsletter/al-gore-on-20-years-of-progress-and-the-work-ahead/
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Siemens Energy buys Camlin Group, maker of transformer monitoring software
Siemens Energy is set to acquire Camlin Group in order to enhance grid monitoring and digitalization for integrating renewables into electricity grids. This acquisition will bring advanced sensor-based monitoring technology for transformers, enabling predictive maintenance and improving reliability. With a €220 million investment to expand its transformer factory, Siemens Energy is responding to the growing demand for stabilizing power grids. Together, the two companies aim to support utilities in managing power flows and maximizing renewable asset availability, while also working with international renewable energy companies to strengthen portfolio performance and enable earlier detection of risks.
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Steel’s Future Starts With Demand, Scrap, And Electricity, Not Hydrogen
The transition of the steel industry to cleaner practices involves understanding steel demand, utilizing old steel scrap, expanding electric arc furnaces, and reducing new iron needs. While hydrogen may play a role, the focus should be on shifting towards electric arc furnaces, clean electricity, and decreasing blast furnace use to reduce emissions. Factors like regional growth patterns, construction practices, and the interplay between steel and cement demand will influence the future of steel production. Supporting changes in production, implementing standards, using clean electricity, and improving scrap quality are crucial for decarbonizing the steel industry. The focus is on realistic, evidence-based solutions to address the complexities of achieving zero-carbon steel production.
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Remote control robots that talk to each other are building solar farms in Australia
Luminous Robotics and other companies are utilizing remote-controlled robots to install solar panels at various projects in Australia, aiming to increase efficiency and productivity in the renewable energy sector. ARENA is working towards reducing the cost of large scale solar to below $20/MWh and improving cell efficiency by 30% by 2030, advancing clean energy solutions. The use of robotics in solar farm construction is seen as a solution to address the scarcity of human labor and reduce costs, with companies like Trinasolar and Leapting also exploring this technology.