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(1,294 Total Articles)Every story we have published, newest first.
Page 4 of 12.
Oracle is tying a large volume of clean-energy procurement to its data-center expansion, which shows how hyperscale power buyers are using renewables and other carbon-free supply to manage emissions claims and long-term electricity needs. Deals of this size can help bring new projects to market, but they also underline the challenge of matching intermittent supply with round-the-clock data-center demand.
A battery storage pilot is creating a new way to earn environmental certificate revenue, which matters because storage has often been paid only for energy arbitrage or grid services. If this model holds, it could improve project economics and help more storage assets move from pilot status to broader deployment.
County approval moves a contested solar-plus-storage project in Boulevard one step closer to construction. It signals continued local backing for utility-scale renewables and battery capacity, even where land use and community concerns remain unresolved.
Eversource and a Maine utility are planning a large transmission buildout to move wind power into Massachusetts. The project points to the need for new wires, not just new turbines, if the region wants more renewable generation to reach load centers and displace fossil-fired power.
B2U has brought a second-life battery storage project online in Texas, adding another flexible resource to support the grid. The project highlights how repurposed EV batteries can be deployed at utility scale to add capacity while helping keep costs down and improve reliability.
The story points to agrivoltaics as a practical way to use the same land for crop production and solar generation. That matters because projects like this can reduce land-use conflict while adding distributed solar capacity and new income for farmers.
Caelux’s partnership points to growing demand in India for higher-efficiency solar modules and for technologies that can help developers squeeze more output from constrained land and grid connections. For the market, the key question is whether perovskite glass can move from pilot interest to bankable, large-scale deployment.
The piece appears to focus on building a clean-energy workforce through community colleges. That points to labor and training needs that can affect how quickly solar, wind, storage, and other projects can be built and operated.
St. Luke’s has moved to solar power, which shows even small institutions are finding ways to cut electricity costs and reduce emissions. The practical significance is local, but it still reflects steady demand for distributed solar adoption outside the utility-scale market.
The town is trying to streamline local permitting for clean-energy generation projects. That points to a practical barrier in project development, where faster and clearer approvals can improve the odds of solar, wind, or other clean-power builds moving forward.
Engie is supplying wind power to support Oracle’s Texas operations, which shows another corporate buyer locking in renewable electricity for its U.S. footprint. Deals like this help wind developers secure long-term demand and give large power users a clearer path to lower-emissions operations.
Oracle is tying its AI expansion to large-scale clean power supply in Texas, which highlights how data-center demand is increasingly shaping renewable procurement. The deal points to continued corporate appetite for utility-scale clean energy when firms need firm, scalable electricity for growth.
Flathead Electric has brought a community solar array into service and paired it with battery storage, a setup that should improve local flexibility and help manage output when solar generation dips. The project is a practical sign that smaller utility solar programs are now being designed with storage from the start, not added later.
Waga Energy has added another U.S. landfill gas-to-renewable natural gas project, showing continued demand for projects that turn waste methane into a usable fuel. These deals support emissions cuts while creating a practical revenue stream from existing landfill sites.
A 500MW battery storage project signals a large-scale buildout of flexible grid capacity in Louisiana. If more project activity is coming, it suggests storage is moving from isolated deployments to a broader utility-scale market that can support reliability and renewable integration.
Ohio is trying to turn former coal land into a solar buildout zone, which could make use of disturbed sites that are cheaper and less controversial than untouched farmland. The larger question is whether state policy can keep expanding that model fast enough to matter, or whether political resistance slows deployment and limits the clean-energy value of the land base.
FlexGen and Lightshift are deepening a US battery storage partnership, which points to continued buildout of grid-scale storage in a market where flexibility and dispatchability matter more as renewables grow. Deals like this usually signal that storage is moving from pilot activity into repeatable project delivery and operating-scale deployment.
Rune’s funding points to a new way of monetizing curtailed solar output by pairing cheap excess power with flexible compute demand. The model could improve project economics for solar-heavy grids, but it also depends on data-center siting, interconnection, and workload flexibility lining up in practice.
Lawsuits over the New England Clean Energy Connect corridor suggest the project is still facing legal and commercial fallout after construction or initial operations. The dispute matters because transmission links built to carry renewable power can still be slowed by service issues, cost recovery fights, or allocation of risk between developers and counterparties.
New York’s clean-power market is still being defined by a fight over who gets to own and control new generation. The broader issue is whether utilities or independent producers capture the next wave of renewable investment and grid access in a state that needs more clean supply.
Northern Sun is moving a modest solar-plus-battery project in Massachusetts into the construction phase. The combination of generation and storage points to a dispatchable local clean-power asset that can support grid flexibility and improve the economics of the project.
Jupiter Power has secured a large debt package to expand its battery storage buildout. The financing points to continued investor appetite for utility-scale storage as developers look to add flexibility and grid support while costs and reliability concerns keep storage in focus.
D3Energy has brought a 6-MW floating solar project online in an Ohio village. It adds another operating solar asset in the U.S. and shows floating PV moving from niche deployment into practical local generation.
U.S. curbs on equipment linked to China could slow or complicate clean-energy buildouts by raising procurement risk and forcing developers to rework supply chains. The main impact is on project costs, timelines, and the bankability of solar, wind, and storage deployments that depend on imported components.
Hawaii households with rooftop solar are being pointed toward battery backup as a way to keep power on during outages. The piece underscores how storage is moving from a nice-to-have add-on to a practical reliability tool for distributed solar owners.