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(1,149 Total Articles)Every story we have published, newest first.
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New York has turned a school-focused solar support bill into law, which should make it easier for districts to add on-site generation and cut electricity costs over time. The measure strengthens distributed solar deployment in a public-sector setting and can help normalize clean energy projects in local infrastructure planning.
Cleveland is moving to put solar arrays on two city-owned landfills, a practical form of reuse that can turn constrained land into power-producing assets. The project fits a growing pattern in municipal clean-energy buildouts where brownfield and landfill sites help add capacity without competing for undeveloped land.
Libya is looking at renewable energy to cover municipal government facilities, which points to a small but practical public-sector use case for cleaner power. If pursued, this kind of procurement could reduce diesel dependence and create a clearer path for distributed solar or other local clean-energy systems in a fuel-constrained market.
The project appears to pair clean water access with renewable energy deployment, which points to basic infrastructure needs rather than a pure power-market story. It should matter most for local service reliability and for how distributed clean energy is being used to support essential utilities.
Samudera Logistics Services has added solar power at a warehouse site, which is a practical sign of commercial-property owners using onsite generation to cut electricity costs and emissions. These smaller deployments matter because they can lower grid demand and normalize clean energy use in day-to-day logistics operations.
OMV Petrom is adding electrolyzer capacity at its Petrobrazi refinery, a concrete step toward supplying more green hydrogen for industrial use. The move points to continuing investment in refinery decarbonization and a larger role for hydrogen where direct electrification is harder to apply.
China’s Kubuqi renewable energy base has cleared a visible construction milestone, signaling continued progress on a large utility-scale clean power complex. The topping out of cooling towers points to an integrated project that will likely matter for grid supply, buildout pace, and the economics of very large renewable-energy infrastructure in China.
The financing points to a port conversion that links clean-energy infrastructure with broader industrial and security uses. For the clean-energy market, the key question is whether the port’s upgrades can support real deployment activity rather than remain a planning exercise.
Exus Renewables North America has finished repowering two wind projects in Pennsylvania, which points to continued investment in extending the life and output of existing wind assets. Repowering is an important route for adding clean capacity without starting from scratch, and it can improve project economics and grid value where land and interconnection are already in place.
Blacksburg has added a small municipal solar installation, a practical step that lowers local grid demand and trims the town’s exposure to volatile power costs. It is a modest project, but it still reflects the continued spread of distributed solar across U.S. public facilities.
Power Electronics is expanding its US manufacturing footprint with a large Houston campus aimed at serving the solar and storage supply chain. The project points to stronger domestic production capacity for power conversion equipment, which can support faster deployment and reduce exposure to overseas supply bottlenecks.
The project adds another large-scale green hydrogen and ammonia buildout in China, with a state-owned utility backing the move. It matters because it links renewable power development to industrial fuel and fertilizer supply, while testing how quickly hydrogen can move from announcement to construction.
India’s green hydrogen buildout is being constrained by the same basics that matter in every industrial-scale energy transition: cheap clean power, pipelines and other infrastructure, and enough demand from heavy industry to support projects. The headline suggests the market is still moving from ambition to bankable deployment.
The launch points to a push for stronger power grids as a prerequisite for more renewable buildout in Africa and South-East Asia. That kind of infrastructure focus matters because transmission and grid upgrades often determine whether new solar and wind capacity can actually reach customers at scale.
The test points to continued work on space-based solar concepts and the hardware needed to move power from the air or orbit to the ground. It matters mainly as a technology demonstration, since any commercial use would still need to prove efficiency, cost, and safe deployment at scale.
A renewable-energy supply arrangement is being used to support electrification for the Bee Network. The practical significance is lower-emission transport infrastructure and a cleaner power source for a public mobility system.
EnerVenue’s storage order for a northern China oilfield shows battery systems continuing to move into industrial energy users, where they can improve power reliability and reduce diesel or grid dependence. The deal also points to ongoing demand for storage in China beyond utility-scale renewables, especially in remote or energy-intensive operations.
The funding cut points to slower support for Italy’s offshore wind buildout and raises the risk that port upgrades needed for assembly and logistics will be delayed. Taranto and Augusta matter because port infrastructure is a key constraint on moving offshore wind projects from planning into deployment.
The piece appears to focus on a model apartment showing how clean-energy features can be applied in NYCHA housing. That makes it relevant as a small but practical example of retrofit and deployment efforts in public housing, where lower energy use and better building performance can cut costs and improve reliability.
Tesla battery packs in Central Maui point to a practical grid-support buildout, not just a clean-energy slogan. Storage like this can help the island handle more variable solar power, improve reliability, and reduce dependence on imported fossil generation.
LEAG is moving forward with a large renewable-energy buildout in Lusatia, a coal-mining region that is central to Germany’s transition away from fossil fuel power. The project signals how utilities are trying to repurpose legacy industrial regions for solar, wind, storage, and related clean-power infrastructure.
Impact Bridge is providing debt to help CEGASA expand in battery storage. The deal points to continued capital flow into European storage supply chains and supports deployment needed for grid flexibility and renewable integration.
Potsdam is moving to pause new commercial battery storage projects, which signals a local policy response to siting concerns around a fast-growing part of the clean-energy buildout. The moratorium could slow near-term deployment and create another permitting hurdle for developers, even as storage remains important for grid flexibility and renewable integration.
The study points to a large amount of additional storage that could be connected by using substations more efficiently. For Germany, that matters because it could unlock more battery capacity without waiting for entirely new grid buildouts, which would help absorb renewable power and improve system flexibility.
The financing signals continued capital support for battery storage as developers push projects that can firm up renewable supply and ease grid stress. In Arizona, that usually means a stronger case for flexible capacity that can improve reliability while keeping more low-cost clean power on the system.