China’s approach to new technology often involves building first-of-a-kind systems just to see what works. It’s a strategy that allows for learning, but also leads to many dead ends. This supercritical CO₂ generator is the latest example of this method in action.

The plant at Chaotan One promises significant improvements over existing waste heat recovery methods by converting industrial waste into electricity more efficiently. If successful, it could reduce energy costs and lower emissions for industries like steel manufacturing. But past projects hint that success isn’t guaranteed just because China built something first.

China has experimented with other cutting-edge technologies before, such as small modular reactors (SMRs) and molten salt reactors. Despite having the resources to scale them up if they worked well, these efforts have not led to widespread use yet. This raises questions about whether this supercritical CO₂ generator will be any different.

It’s tempting for Western tech advocates to point at China’s limited deployments as proof of viability, but that could be misleading. The real test lies in how the technology performs over time and proves its economic value. If it can do both, then we might see more supercritical CO₂ generators popping up around the world.

Only time will tell if this new technology can live up to its promise and become the next big thing in energy production, or if it’s just another dead end on China’s tech learning curve.

The post China’s Supercritical CO₂ Power Plant: A Big Step or a Dead End? appeared first on Auto Global News – Global Car News & Reviews.

According to FERC’s report, utility-scale solar installations reached a staggering total of 158.43 gigawatts by the end of September, marking significant growth from just under 92 GW at the start of 2023.

In stark contrast, natural gas capacity additions have slowed down dramatically compared to previous years. Despite being one of the go-to sources for power generation in decades past, it’s clear that solar is now king when it comes to new installations.

Hydropower and biomass also saw modest growth but remained minor players relative to wind and solar. The resurgence of these older technologies alongside modern renewables highlights a blend of tradition and innovation within the energy sector.

The data underscores how quickly renewable sources have taken over from traditional power generation methods like coal and oil, which once dominated America’s energy landscape. This shift represents both an evolution in technology and a response to climate change concerns driving policy changes across the country.

As we look ahead, it’s clear that the energy sector is in the midst of a transformation driven by renewables like solar and wind taking center stage over traditional fossil fuels. This trend shows no signs of slowing down anytime soon.

The post Solar Dominates US Power Capacity Growth in Q3 2025 appeared first on Auto Global News – Global Car News & Reviews.