Google and Cypress Creek are collaborating on the Steel River Energy Center, the largest solar energy project in the US, which will include 2.5 GWdc of solar and 2.9 GWh of battery storage. The project aims to provide clean energy to power Arkansas's growing industrial economy and meet the state's increasing demand for power. Solar and battery storage accounted for 91% of new electricity-generating capacity in the first quarter of 2026, supporting over 1.4 million jobs in the clean power industry. The project is using 100% U.S.-made components, benefiting the local economy and creating jobs, while Cypress Creek has committed $3 million to community initiatives in Mississippi County to support sustainable energy infrastructure and create lasting value through responsible development and community partnerships.
Author: Cleantechnica
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Insane “Gigascale” 5.2GW, 19GWh Solar + Storage Project Moves Forward
Masdar has achieved financial close on the world's first gigascale Round-the-Clock renewable energy project, with a 5.2 GW solar power installation and a 19 GWh battery storage installation, providing 1 GW of continuous clean power supply 24/7. The $6.1 billion investment, with Masdar funding $1 billion of equity, sets a new benchmark for financing reliable, utility-scale clean energy projects. Additionally, Masdar is on track to reach 100GW of renewable energy capacity by 2030, focusing on delivering reliable and affordable clean power through energy storage and hybrid solutions, despite being funded by the oil industry. This project showcases Masdar's foresight in investing in renewable energy projects to meet growing electricity demand globally.
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Renewables, Led By Solar, Were Largest Source of Energy Supply Growth Globally in 2025
In 2025, the US accounted for 47% of the world's CO2 emissions growth due to fossil fuel-biased policies and AI infrastructure, while renewables, particularly solar power, saw significant growth in total energy supply. Despite fossil fuels dominating global energy supply, positive trends include the growth of solar and wind power, decline in China's oil and diesel use, and Europe's reduction in fossil fuel dependence through renewable energy expansion. The EU's accelerated deployment of wind and solar power has led to a decrease in coal and gas generation, with wind and solar generating more power than coal, gas, and oil combined by 2025. This shift has saved the region €72bn in fossil fuel imports between 2022 and 2025, driven by the cost-effectiveness, stability, and ability of solar power to reduce fossil fuel dependency globally.
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Indigenous Organizations And Tribal Nations Are Innovating Energy Solutions
Indigenous-led organizations and tribal nations in the US are taking the lead in developing innovative clean energy solutions, with initiatives such as off-grid residential solar services and advanced tribal electrification projects. The Electric Innovation Initiative and Navajo Power are supporting projects led by Indigenous communities to advance electrification and create renewable energy projects that honor sovereignty and cultural values. By simplifying the process of building utility-scale projects on Tribal lands, they provide guidance, expertise, and reduced investment risks. These initiatives aim to enhance community energy sovereignty, reduce energy costs, and promote sustainability, showcasing the significant potential for renewable energy projects on indigenous lands.
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It Was The Best Of Times, It Was The Worst Of Times For Electric Car Sales In America
Despite a drop in EV sales post-federal incentive, the US market is rebounding with a 14.7% increase in Q2 2026 and a projected 17% growth by 2030. New product launches, state incentives, and consumer interest are driving this growth, with Tesla leading the market. The rise in EV charging infrastructure and hybrid car sales is also notable. Proposed legislation to ban foreign-connected components aims to protect national security but raises concerns about data privacy and consumer choice. The bill has garnered support from industry players but may impact the market dynamics and consumer rights.
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Head of IEA Roasts Europe for “Slow Electrification”
The International Energy Agency (IEA) criticizes Europe's low electrification rate of 23%, highlighting the vulnerability of the EU's heating, transport, and industrial sectors to supply disruptions due to heavy reliance on imported fossil fuels. Despite industry pushback, the EU is considering plans to lower taxes on electricity and support the adoption of green technologies like heat pumps and electric cars to catch up to countries like China, Japan, and South Korea with electrification rates above 30%. The question remains whether the EU will make significant progress in increasing electrification to reduce dependence on fossil fuels and mitigate climate change.
https://cleantechnica.com/2026/07/12/head-of-iea-roasts-europe-for-slow-electrification/
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Cinergy Mobile Power Debuts Smart, Clean Mobile Energy Solutions for South Africa’s Film and Live Events Industries
Cinergy Mobile Power is revolutionizing the South African film industry by providing clean, quiet, and cost-effective mobile power solutions that replace diesel generators with solar-hybrid and battery-based platforms. With support from climate-focused venture capital firm Holocene, Cinergy's systems have been successfully used in film productions and off-grid events, reducing emissions and saving production costs. The company's collaboration with Netflix for season two of the One Piece series showcased the practicality and cost-effectiveness of their technology, which is expected to scale climate solutions in Africa by working with local solution providers and utilizing high-performance battery solutions from Freedom Won.
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50+ High Tech Sailing Ships Will Produce Green Hydrogen At Sea
DRIFT Energy, in collaboration with Commenda Capital Partners, is developing wind energy-harvesting sailboats equipped with underwater generators to produce green hydrogen at sea through water electrolysis. With plans for over 50 vessels, the goal is to provide a sustainable alternative to traditional maritime fuels and help coastal communities overcome energy challenges. Additionally, Incat Crowther and SWITCH are partnering on a project to create a hydrogen fuel cell-electric ferry, supported by a New York State grant, to reduce emissions and provide passengers with a quieter and cleaner experience. These initiatives showcase the growing adoption of green hydrogen and hydrogen fuel cell technology in the maritime industry, offering promising solutions for a more sustainable future.
https://cleantechnica.com/2026/07/08/green-hydrogen-wind-power-sailing-vessels/
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CleanPeak Energy & Western Sydney International Airport Partner on 100% Renewable Electricity Deal
CleanPeak Energy has partnered with Western Sydney International Airport to provide 100% renewable electricity through rooftop solar and a Battery Energy Storage System. The airport's electricity requirements are expected to triple in the next few years, and CleanPeak Energy will supply all of it through onsite solar generation and storage. The airport has been built with sustainability in mind, with plans to power everything from baggage handling systems to airside equipment with renewable electricity. CleanPeak Energy will supply over 100 GWh of renewable energy to the airport, avoiding 64,000 tonnes of CO2-e per annum and helping the airport achieve its goal of being powered by 100% renewable electricity. This collaboration showcases how renewable electricity, battery storage, and network infrastructure can meet the energy needs of major airports, with CleanPeak Energy specializing in developing solar and battery assets to help corporate customers transition to net zero emissions.
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Final Energy Is Official. Useful Energy Steers The Transition.
The COP31 proposal aims to increase electricity's share in global final energy demand to 35% by 2035, emphasizing the importance of electrification beyond power generation. The distinction between primary, final, and useful energy is crucial in understanding the transition to a decarbonized economy, with a focus on electro-efficiency to reduce energy consumption. The article highlights the need for a useful-energy companion to final-energy targets for accurate measurement of electrification progress, calling for transparency in measuring useful energy to drive efficient climate solutions. Accurate data on all three types of energy is essential for assessing progress towards efficient energy services and tracking the transition from combustion to electricity effectively.
https://cleantechnica.com/2026/07/05/final-energy-is-official-useful-energy-steers-the-transition/