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(1,018 Total Articles)Every story we have published, newest first.
Page 10 of 11.
Ceara is drawing hyperscale data centre interest alongside renewable energy development, which points to a tighter link between clean power supply and digital infrastructure buildout. The main issue is whether local grid capacity and project execution can keep pace with demand without raising costs or straining reliability.
ACEN and Yanara have lined up financing for a solar project in the Philippines. The deal points to continued capital availability for utility-scale solar in Asia-Pacific, where project development still depends on securing funding before construction can move ahead.
Anoka County’s approval of a clean-energy assessment for a Coon Rapids property points to local financing tools still being used to support project development. Moves like this can lower upfront costs and make it easier for property owners to adopt efficiency and renewable-energy upgrades.
The arrival of the modules indicates the Petrobrazi green hydrogen project is moving from planning and assembly toward installation. For the clean-energy market, this is a concrete sign that hydrogen infrastructure is advancing in Europe, although the real test will be reliable operation and eventual integration with industrial demand.
European Energy has reduced its 2026 earnings outlook after posting a first-half loss. The cut suggests a tougher near-term backdrop for renewable project development and financing in Europe, where developers are still balancing buildout plans against volatile returns and execution risk.
A wave energy testing site has opened off Oregon, which adds another real-world venue for proving marine power technologies. The project matters less for immediate grid supply than for whether wave energy can move from demonstration toward bankable, deployable clean power.
Genex has moved its Bulli Creek solar-plus-storage project another step toward construction by bringing in an EPC contractor. The project adds to Australia’s utility-scale hybrid pipeline, where pairing solar with storage is increasingly used to improve dispatchability and support grid reliability.
Intercontinental Energy has reduced the planned scale of its Australian green hydrogen hub, which suggests more cautious project development in a sector still facing financing, infrastructure, and offtake hurdles. The cutback does not change the broader direction of the market, but it does show how hard it remains to turn very large hydrogen concepts into bankable projects at scale.
Michigan’s approval of its first utility-scale solar project under the state’s new siting law is an early test of how much power the law gives state-level permitting over local opposition. The decision matters for solar buildout because faster, clearer siting can reduce development risk and speed large projects, but it also shows the political friction that still surrounds utility-scale clean-energy projects.
AFRY’s appointment suggests the Indian hydropower project is moving into a more formal development or advisory phase. For India, hydropower still matters as firm renewable capacity that can support grid stability as variable wind and solar expand.
The withdrawal of the environmental application puts a major Australian green hydrogen project back into uncertainty. It signals another setback for large-scale hydrogen development, where permitting and environmental approval remain as important as technology and financing.
Juniper Green Energy has secured a 50 MW firm and dispatchable renewable power contract with SJVN, adding another grid-supply project to India’s clean-power pipeline. Deals like this matter because they push renewable output toward more reliable delivery, which can make solar and wind easier to integrate into the power system.
A major green hydrogen and renewables development in Western Australia has been scaled back, which points to the continuing difficulty of turning large integrated clean-energy projects into bankable reality. For the sector, it is a sign that demand, financing, infrastructure, and offtake risk can still slow deployment even in regions with strong renewable resources.
Renewable energy buildout in the Visayas points to a broader shift in the Philippines toward adding clean power outside the main urban centers. The main implications are more local supply, less exposure to imported fuels, and new pressure on grid and transmission planning so new projects can connect and deliver reliably.
Maine has chosen a developer for a large wind project paired with new transmission to move electricity out of state. The decision matters because it links generation and grid buildout, which is often the main constraint on turning remote renewable resources into usable supply.
Pennsylvania is still trying to build a stronger solar market, which suggests policy and permitting are still doing more to shape adoption than technology limits. Any effort to close that gap matters for decarbonization, local investment, and grid resilience, but the pace will depend on whether state lawmakers can make project development easier and more predictable.
South Korea is signaling a large-scale solar buildout that would require substantial land use and major permitting, grid, and siting coordination. The size of the plan suggests a policy push to expand domestic clean power, but execution will depend on transmission access, local acceptance, and project delivery at scale.
ACWA Power and Korea Electric Power Corp. are signaling interest in working together on renewable projects in Uzbekistan. The move points to continued foreign capital and utility involvement in Central Asia, where large-scale clean power buildout depends on partnerships, financing, and execution risk.
METLEN is expanding its battery storage presence in Europe, which points to continued buildout of grid flexibility assets as more variable renewable power enters the system. The move matters for balancing power markets and supporting higher solar and wind penetration, even though the excerpt does not specify the project scale or locations.
Bangladesh’s largest companies are increasingly looking at their own solar power rather than waiting for the grid. That points to stronger corporate demand for clean electricity and could ease pressure on power costs and emissions if these projects move ahead.
A Luxembourg investor plans a large integrated green hydrogen and data centre project in Karnataka. The deal links low-carbon fuel production with digital infrastructure, which could support industrial decarbonization and create new demand for clean power and storage in the region.
The groundbreaking signals another attempt to build out advanced clean-energy infrastructure in New Mexico, with political and industry figures using the event to emphasize the state’s role in the transition. The piece matters less as a single project update than as a marker of how clean-energy investment now depends on public support, technology credibility, and local permitting.
Iran is signaling an effort to add large amounts of clean power to ease recurring electricity shortages. The move points to a practical focus on supply security and grid relief, although the impact will depend on how quickly projects can be financed, built, and connected.
Scatec has moved ahead with a second phase of its Obelisk project, indicating continued buildout of a large utility-scale solar asset. The project adds to the pipeline of grid-connected renewable capacity and is relevant for power supply expansion and decarbonization in the market it serves.
A large battery storage project planned for a former BASF industrial site points to continued reuse of legacy land for grid infrastructure. The project reflects how storage is moving into more visible, utility-scale deployment to support reliability and renewable integration.