Articles about "Renewable Energy"

Chinese researchers have created the first AI-powered national inventory of wind and solar infrastructure, mapping nearly all renewable installations across China. Leveraging deep learning and high-resolution satellite imagery, the study highlights how AI can optimize energy coordination and grid stability. The publicly available dataset offers a potential blueprint for other countries facing growing energy demands from AI and data centers.

A recent study finds that aerosols produced from coal combustion are significantly diminishing the global energy output from solar panels. The research, which utilized AI and satellite imagery to build a comprehensive solar facility inventory, underscores the broader impacts of air pollution on renewable energy production.

TSMC has signed a 30-year agreement to purchase all power from Taiwan's Hai Long offshore wind project in response to rising energy demands from AI chip production. The wind farms are expected to support both the company's operations and Taiwan's broader grid, amid concerns about the national energy supply. The Hai Long project aims to be fully operational by 2027.

Microsoft's rapid expansion of AI-powered data centers is increasing demand for electricity, creating tension with its existing clean energy goals. As AI workloads grow, the company confronts challenges in sourcing enough renewable power to keep pace. This development highlights the broader environmental impact of AI infrastructure growth.

Silicon Valley investors have committed $200 million to develop offshore AI data centers powered by ocean waves. The floating facilities, pioneered by Panthalassa, aim to circumvent challenges faced by land-based data centers and utilize renewable marine energy to support AI computations.

Franco-American startup Plume has secured €3.3 million in funding to advance its geospatial AI platform for renewable energy project development. The investment aims to streamline site selection and permitting processes, reducing delays that often hinder energy transition projects across Europe.

Scientists have re-examined Thomas Edison’s early 20th-century nickel-iron battery design, creating a modern prototype potentially suited for renewable energy storage. This revived battery technology may offer longer life spans and faster recharge capabilities compared to traditional alternatives. The renewed interest in Edison’s design aligns with the ongoing search for sustainable and efficient energy solutions.

In 2025, Germany accounted for 16% of European tech investment, raising €11.5 billion across 539 deals. Investment was concentrated in sectors such as artificial intelligence, energy, mobility, and climate technology, reflecting a high-conviction, infrastructure-focused approach. The largest funding recipients included companies in automotive, renewable energy, defence AI, and large-scale battery storage.

Berlin-based Cloover has secured over $1.2 billion in combined equity and debt financing to build an AI-powered operating system for driving energy independence across Europe. The company's platform aims to streamline project management, financing, and optimisation of decentralised renewable energy assets, targeting faster deployment and lower costs amid Europe's challenging energy transition landscape.