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.
Category: Electricity
Cut Emissions:
– Enhance Efficiency
– Shift Production
– Improve Electrical System
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Study finds heatwaves cause hourly losses of up to 90% in PV plants in Iberian peninsula
Scientists analyzed the performance of three photovoltaic plants in Spain and Portugal during extreme heat events in 2024 and 2025, finding that heatwaves can cause significant yield losses in PV energy production. High temperatures affect module efficiency and trigger thermal derating in inverters, with yield losses concentrated during the hottest hours of the day. The study compared production data with meteorological information, confirming the dataset's suitability and highlighting the need to consider actual weather inputs during extreme heat events for accurate PV generation predictions. The European solar sector is now focused on improving the resilience of PV installations against production losses during periods of extreme heat, moving away from solely maximizing annual generation.
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Interview: COP31 president says electrification is ‘surest way to protect citizens’
COP31 president-designate Murat Kurum has launched a target for 35% of the world's final energy to come from electricity by 2035, aiming to keep the 1.5C Paris Agreement target within reach. The urgency for renewables and electrification is highlighted due to the ongoing Hormuz crisis, with countries like the EU, UK, Canada, Brazil, and Ethiopia welcoming the target. This initiative focuses on electrification as a key action agenda to drive progress in reducing global emissions, particularly in critical sectors like buildings, transport, and industry. Financial support for developing countries and investment in grids and infrastructure are crucial, with the target aiming to triple renewable energy capacity and take advantage of falling costs. Turkey is also taking ambitious steps, planning to reach 120GW of renewable capacity by 2035, with the target expected to be central to discussions at COP31 to align global efforts and send a clear market signal.
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Agrivoltaic facility supplies traction power directly to Austrian rail network
A 6.6 MW agrivoltaic system in Donnerskirchen, Austria is the first tracking system designed for railway power supply, benefiting Austrian Federal Railways and Esterhazy Betriebe AG. Expected to generate 8.3 GWh of electricity annually, it covers the equivalent of 32,500 train journeys between Vienna and Eisenstadt. This project showcases the dual-use potential of agrivoltaics, preserving agricultural land, harnessing solar energy, and promoting biodiversity through ecological measures.
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Argentina awards 700.5 MW of battery storage across critical grid nodes
Argentina's Energy Secretariat has awarded the AlmaSADI battery energy storage tender, selecting 20 projects totaling 700.5 MW across critical nodes of the Argentine Interconnection System. The projects, representing an estimated investment of $700 million, aim to improve grid reliability, respond rapidly to changes in electricity demand, and reduce the likelihood of outages in regions facing transmission constraints. With strong private-sector interest and 235 technical bids totaling 8,338 MW, the program is part of Argentina's efforts to address operational bottlenecks and relieve constraints in the electricity system.
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Peak Energy to build US sodium-ion storage factory in Sacramento
Peak Energy has selected Sacramento, California, as the location for the US' first manufacturing facility for grid-scale sodium-ion energy storage systems. The facility is expected to produce up to 4GWh of battery systems annually, with over 6GWh of customer commitments already in place. With a capital investment of up to $71m, the project is set to create 239 new local positions. By using sodium-ion batteries made with domestic materials, the facility aims to lower energy storage costs while creating high-quality jobs in the region, with plans to begin shipping batteries in the first quarter of 2027.
https://www.power-technology.com/news/peak-energy-build-us-storage-factory/
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New York reaches 8 GW of distributed solar capacity
New York has exceeded its goal of 10 GW of distributed solar capacity by 2030, with 8 GW already installed thanks to the NY-Sun Program's financial incentives. The state set a record for solar installations in 2025 and has allocated $200 million for the program in 2027. To replicate this success in other states, experts recommend adopting proven models and establishing uniform statewide interconnection standards.
https://www.utilitydive.com/news/new-york-reaches-8-gw-of-distributed-solar-capacity/824867/
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Green light for Technip-backed floater project that could halve hull weight
A new floating wind technology that can reduce hull weights by half will be tested on an 8.5MW pilot project at the PlemCat test site in the Spanish Mediterranean, revolutionizing the wind energy industry. With environmental approvals obtained, the project can proceed, marking a significant step towards advancing climate solutions and transitioning to renewable energy sources. This development has the potential to make offshore wind farms more efficient and cost-effective, contributing to the fight against climate change.
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Quaise Energy secures $134m for Project Obsidian
Quaise Energy has secured $134m in Series B financing for Project Obsidian, a superhot geothermal power plant in Oregon with gigawatt-scale potential. Utilizing a millimetre wave drilling system, the project aims to deliver electricity to the grid by 2030 by accessing subterranean temperatures between 300°C and 500°C. The company plans to secure additional funding for the commercial deployment of their innovative technology, offering a promising solution for sustainable energy production.
https://www.power-technology.com/news/quaise-energy-project-obsidian/
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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/