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China Breaks Another Record With 46 MW of Wind Power Generation

China renewable energy record 2025

China renewable energy news is great, with wind power boom in January-May enough to power entire countries like Indonesia or Turkey

BEIJING — June 2025

A charming example is set by china renewable energy record, China added 46 gigawatts (GW) of wind power and 198 gigawatts of solar power between January and May 2025, breaking China’s previous records and cementing its leadership in the global clean energy race. The Guardian says, the added capacity of wind and solar power during the five-month period in 2025 is enough to produce as much electricity as Indonesia or Turkey, according to Lori Mylivirta analysis, a senior fellow at the Asia Society Policy Institute.

In May alone, China solar power growth 93 gigawatts of installation, the equivalent China solar panels installed per second about 100, and wind power capacity added 26 gigawatts, the size of about 5,300 turbines. These installations could power countries like Poland, Sweden, and the United Arab Emirates, depending on operating conditions and efficiency.

China renewable energy record amid global climate tensions

The latest development comes amid ongoing informal climate talks between Chinese officials and former US negotiators in Beijing. Diplomatic relations over climate action have been strained since former President Donald Trump withdrew the United States from the Paris climate accord, accusing China of rampant pollution while protecting domestic industry.

Despite being the world’s largest greenhouse gas emitter, China is also by far the largest producer, installer and exporter of clean energy technology. China suppresses 1000 GW solar capacity, half of the total global production, according to government data and third-party trackers.

China green energy leadership was happen by Xi Jinping climate strategy. Chinese President Xi Jinping renewable energy speech has increasingly tied the country’s climate goals to national industrial policy, framing clean energy expansion as essential to rejuvenating the economy.

China’s role in the global climate talks now is not just about how much wind power China adds in 2025, but also about how it is winning the global clean energy race. “In the past five years, China has built the world’s largest and most complete new energy industrial chain,” Xi said at a conference in April.

This development has been accompanied by an explosive growth in supply chains and exports. But it has also put the financial squeeze on the whole of China’s solar industry. According to Bloomberg, the five largest Chinese solar companies reported a combined loss of more than 8 billion yuan in Q1 of 2025.

Speaking at a recent industry conference, Yang Liyou, general manager of Jinneng Technology, said the existing pricing and production model was a“ death cycle,” suggesting hyper-competition and wafer-thin margins could endanger the stability of China’s place as the world’s clean energy manufacturing kingpin.

World Impact and Climate Implications

China Wind Power 2025

China’s breathtaking build-out of wind and solar installations isn’t just actively reshaping its own energy landscape — it’s sending ripples out across global energy markets, upending international geopolitical strategies and, with it, the future of the clean energy transition.

Economically, sprawling production in China has pushed global prices for solar panels and wind components to historic lows. China solar and wind growth is good for developing countries with demand for affordable, clean energy, but it is also putting pressure on Western manufacturers, some of whom are pushing for trade barriers and subsidies to shield their domestic clean energy industries.

Politically, these numbers give China the ability to leverage climate diplomacy, particularly at a time when the United States and the E.U. are pressing for steeper emissions cuts even as they struggle with their own internal policy divisions. Now that China’s momentum in clean energy has become tightly linked to its economic strategy, the country will have an upper hand in future climate talks — especially since some Western powers are rethinking their dependence on Chinese-made technologies.

China clean energy expansion surge also speaks to a bigger pattern: The global center of gravity for energy innovation is shifting east. If the trajectory holds, China will be not only the largest emitter or the largest builder of clean energy, but it will also become the yardstick by which we measure whether, in the next generation of energy infrastructure, we will have a livable planet or not.

As China continues to pull ahead with the deployment of clean power, the geopolitics and economics of energy transition are changing. The sheer magnitude of the country’s manufacturing and installation has driven down worldwide prices but has also spawned concerns about sustainability, labor practices and market fairness.

Meanwhile, nations like the U.S. and those in the EU are re-evaluating trade and subsidy strategies to safeguard domestic clean energy industries, while attempting to achieve net zero goals.

As new solar and wind capacity is added at record-breaking rates — and political rhetoric is tightly intertwined with industrial strategy — China is, for once, not just competing in the race, Ms. Hsu said. It’s setting the pace.

China solar and wind power growth: Jan–May 2025

🌬️ 46 GW of wind power added

☀️ 198 gigawatts of solar power added

May only: 93 GW solar, 26 GW wind

🏆 Total installed solar: 1,000+ GW

📈 Enough new capacity to power: Poland, Sweden, Indonesia, Turkey

So that, China renewable energy record in 2025 represent a turning point for how the world uses energy. And with 46 GW of wind and 198 GW of solar deployed in only the first five months of the year, the country isn’t just outpacing its own climate targets, or lucrative wind and solar installation in china but redefining the global clean energy market.

Challenges endure — from economic hardship facing domestic producers to mounting geopolitical suspicion — but China’s sheer scale, speed and strategic linking of clean energy with economic policy have made it an unparallelled force in the field. As the world once again contemplates the urgent need for climate action and for secure energy, China’s market moves are making clear that the race to dominate the renewable energy is no longer some nod to a green future — it’s on.

Meta 198 MW Wind Energy Push: A Nationwide Strategy For AI Growth

791MW Meta wind energy deal Texas

Meta wind energy deal Texas — secured a 198 MW — expanding AI data center operations. It is part of a larger renewable energy purchase of Meta four 791 MW projects with Invenergy, one of the largest clean energy developers in the United States.

This latest Meta renewable energy deal in Texas is another milestone in the company’s clean power strategy and reflects Meta’s strategy to balance wind and solar power across multiple U.S. states, including a mix of power purchase agreements (PPAs) and environmental attributes purchase agreements (EAPAs) with onshore wind development, which will meet its data center sustainability goals.

As demand for AI infrastructure grows, Meta AI energy strategy is looking to large-scale onshore wind and solar projects nationwide, to secure reliable, low-carbon energy sources, reduce reliance on fossil fuels, and strengthen environmental credentials.

791 MW Clean Energy Push: A Nationwide Strategy for AI Growth

The 198 MW wind power deal in Texas is just one of a total of 791 megawatts (MW) of renewable energy purchases that Meta has tied up with Invenergy, one of the largest clean energy developers in the United States. The renewable energy projects will provide clean electricity to support Meta AI-powered data center network and nationwide.

Project Name StateTypeCapacityYear
Yellow Wood Solar Energy CenterOhio Solar 300 MW2027
Pleasant Prairie Solar Center Ohio Solar 140 MW

2027
Decoy Solar Energy Center ArizonaSolar155 MW2027
Seaway Wind Energy Center TexasWind198 MW 2028
Meta four 791 MW projects

This large-scale initiative reflects Meta AI energy strategy to balance onshore wind and solar power across multiple U.S. states, helping to reduce reliance on fossil fuels as well as supporting AI workloads that demand consistent, high-volume power.

The collaboration between energy and tech, Meta four 791 MW projects advanced investment in utility-scale renewable energy highlights how big tech companies are becoming major drivers of wind and solar development in the United States.

Why Meta Needs Wind Power

With the rise of generative AI and large-scale compute clusters, Meta’s data center footprint is growing — and so is its energy needs. Powering a sustainable AI infrastructure has become a top priority for the company. The 198MW wind power project – officially named the ‘Seaway Wind Energy Center’ – will provide 198 megawatts of wind power in a state already known for its wind leadership and is expected to be operational by 2028.

Ted Romaine EVP of Origination at Invenergy Picsart AiImageEnhancer

The Meta Invenergy wind deal is just one part of a larger effort to decarbonize operations while maintaining uptime and performance at critical facilities. This isn’t Meta’s first rodeo in Texas wind. Earlier this year, the company signed several Environmental Performance Purchase Agreements (EAPAs) and solar contracts across the Lone Star State. Along with expanding AI, Meta renewable energy deal as its looking to wind energy solutions and other zero-emission sources to secure its digital infrastructure for the future.

It’s not just Meta that is reflecting the broader trend of advanced energy with the tech industry, with companies like Amazon, Google, and Microsoft racing to integrate clean energy into hyperscale data center operations. Just as technology is a reflection of renewable energy, green energy is also a reflection of energy. Larger companies are integrating the two, believing clean energy for AI.

Meta Wind Energy Deal Texas

Meta largest data center in Northeastern Louisiana,
Meta largest data center in Northeastern Louisiana,1700 football fields in size, Image: CNBC

Meta’s 198 MW wind project in Texas is a significant investment, and it’s unclear whether the company secured the power through a traditional power purchase agreement (PPA) or a new environmental attributes purchase agreement (EAPA).

A PPA involves a commitment to purchase both electricity and associated renewable energy credits (RECs) from a clean energy project.

An EAPA, on the other hand, involves purchasing only environmental attributes – such as RECs – without taking a physical delivery of electricity.

Meta has increasingly supported EAPAs in recent years because of their flexibility. However, critics argue that EAPAs have a low direct climate impact, as they do not always result in the creation of new renewable energy.

Despite the controversy, Meta has used EAPAs to secure more than 1.5 gigawatts (GW) of clean energy capacity in the past year, helping it move toward its net zero and 100% renewable energy goals.

America’s Energy Transformation with Invenergy

download 3 Picsart AiImageEnhancer 1
300 MW Santa Rita East Wind Farm, Invenergy Project in Texas

Chicago-based Invenergy is the developer of the Seaway Wind Energy Center and other clean energy projects in the metro area. With a strong international presence across the US, UK and Asia, Invenergy has arguably one of the most diverse clean power portfolios worldwide. Here’s a quick look at what they’ve done in the US:

17.6 GW of wind power

6 GW of solar power

5.9 GW of natural gas (as a transitional fuel) and

300+ MW Battery storage

Having a big Renewable energy jobs bank in Texas

Invenergy has worked with Meta AI-powered data center as other technology and telecom giants including Verizon, which recently signed four virtual PPAs for 640 MW of renewable energy across Maryland, Illinois, Ohio and Arizona. So, Invenergy’s partnership with Meta with total 791 MW will put it at the forefront of a growing alignment between big tech and clean energy developers working together to shape the future of the U.S. power grid.