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(1,149 Total Articles)Every story we have published, newest first.
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A market study pointing to rapid battery storage growth in the MENA region underscores how fast the region is moving from planning to deployment. For utilities and investors, the message is that storage is becoming a central tool for integrating renewables and supporting grid reliability as clean power builds out.
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.
CleanMax’s growing power portfolio for AI and data centers shows how hyperscaler load is reshaping demand for renewable-backed electricity supply in India. It points to a market where clean power developers can win larger contracts by pairing generation with the reliability and scale data-center customers need.
Waaree Clean Energy Solutions is moving beyond solar manufacturing into specialty gases, with a Gujarat plant aimed at semiconductor and solar cell customers. The step points to deeper domestic supply-chain integration for clean-tech manufacturing, but it is still an industrial inputs story rather than a direct renewable generation project.
China Energy Engineering is moving ahead with a very large solar module procurement, which signals continuing appetite for utility-scale solar buildout in China. A tender of this size supports module demand and suggests more volume is still being assembled for projects that will add low-cost generation to the grid.
The Commerce Department is moving to curb stockpiling of polysilicon, a key input for solar manufacturing. That matters for supply discipline in the solar supply chain and could affect pricing, sourcing strategy, and trade flows for module makers and project developers.
Levi’s and M&S are working together on renewable electricity for their supplier base. The move points to growing pressure on apparel brands to cut emissions beyond their own operations and use purchasing power to influence factory energy use.
ZF Wind Power is broadening its offering with a modular turbine drivetrain platform. For wind developers and manufacturers, that points to more standardized hardware that could shorten design cycles, simplify servicing, and support wider deployment across turbine models.
The piece appears to say renewable energy output or deployment hit a new record, but the growth rate still falls short of what is needed to reach a 2030 target. That points to a gap between momentum in the market and the scale of buildout still required for decarbonization.
The Dutch government is signaling that its earlier expectations for green hydrogen were too aggressive. That matters for developers and investors because it suggests policy planning may now be more grounded in near-term demand, infrastructure readiness, and project economics.
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.
India’s storage market is scaling quickly, and the rise in installed battery capacity points to faster adoption of flexible power resources. That matters for integrating more solar and wind, easing grid strain, and improving the economics of dispatchable clean power in a fast-growing market.
The piece points to a tension between fast-growing data center electricity demand and the need for more renewable power in Iowa. That matters for grid planning, because meeting new load with clean generation and storage can help limit emissions and avoid locking in higher-cost fossil capacity.
A market analysis says FuelEU will not create enough demand to drive a large buildout of green ammonia and methanol by 2035. That signals slower near-term scale-up for renewable hydrogen-derived fuels and a narrower policy pull for shipping decarbonization than many developers may have expected.
Metacon is expanding its electrolyser stack offering into Europe, which points to continued buildout in the hydrogen supply chain. The significance depends on whether the stacks translate into lower costs, better reliability, and faster deployment for industrial users and project developers.
Hydrogen project economics are getting harder on both the renewable and fossil-based sides of the market. Higher costs can slow contract signings, delay final investment decisions, and make buyers more cautious about scaling hydrogen use for industry and transport.
China’s manufacturing scale and engineering capacity are central to the global clean-energy buildout, especially in solar, batteries, and related grid equipment. The piece points to a competitive advantage that affects costs, supply chains, and the pace at which clean-energy systems can be deployed worldwide.
UK wind generation reaching a record level points to a bigger role for domestic renewables in meeting power demand and reducing exposure to imported energy risks. The story is a reminder that stronger wind output can improve energy security, but it also keeps pressure on grid flexibility, storage, and transmission to handle more variable supply.
Egypt’s battery manufacturing push points to a practical effort to build out more of the clean-energy supply chain inside Africa rather than relying entirely on imports. If the plant moves ahead, it could support battery storage deployment, reduce logistics risk, and make renewable power systems easier to scale across the region.
Scotland’s strong wind resource is being framed as a possible draw for data-center investment. The link matters because it suggests operators may look to abundant renewable power and a cleaner grid mix as they search for lower-carbon sites, but the story is still about a potential demand pull rather than a renewable project itself.
Green fertiliser production points to a new industrial use case for clean hydrogen in MENA and Africa. The opportunity matters because fertiliser demand is large and persistent, so projects that can replace conventional ammonia with lower-carbon supply could support both emissions cuts and a new regional manufacturing base.
Solar’s rise above wind in global capacity points to a shift in where the fastest new clean power additions are coming from. The comparison matters for developers and policymakers because it suggests solar’s lower costs, faster build times, and broad deployment model are continuing to outpace wind in many markets, with implications for grid balancing and storage demand.
The headline points to continued growth in solar output or deployment during the second quarter. That suggests the technology is still gaining share in power markets, with implications for utility planning, grid integration, and the pace of decarbonization.
Chinese companies appear to dominate patenting in clean energy, which points to where innovation capacity is concentrated as the sector scales. That can strengthen China’s position across solar, batteries, wind, and related supply chains, while raising pressure on other markets to close the technology gap through investment and industrial policy.
The European Commission is considering a shift from country-by-country green hydrogen quotas to a single EU-wide target. That would give developers and buyers more flexibility, but it could also weaken pressure on individual member states to build projects and supporting infrastructure at the same pace.