On the vast northwest desert, a quiet energy revolution is unfolding. When traditional wind and solar power generation encounters intermittent bottlenecks, solar thermal power generation stands out with its unique molten salt energy storage technology. On May 31, 2026, with the accelerated rise of new energy bases with a capacity of tens of millions of kilowatts, solar thermal technology is transforming the former "barren land" into a continuous supply of green electricity, completely rewriting the underlying logic of China's energy structure.

Cracking the pain points of intermittent power generation

For a long time, although the Shage Desert region has unlimited scenic resources, the volatility of "relying on the weather to make a living" has always been a hidden danger to the stability of the power grid. The emergence of solar thermal power generation has broken this deadlock. It uses mirror focused light to heat molten salt, converting solar energy into thermal energy storage. This combination of long-term energy storage and synchronous generator moment of inertia perfectly serves as a stabilizer for the power grid. Whether it's peak hours during the day or off peak hours at night, it can achieve continuous and stable output for 8 to 10 hours, fundamentally solving the problem of large-scale integration of new energy into the grid.

Diversified technologies bloom like a hundred flowers

From tower molten salt in Qinghai to linear Fresnel in Xinjiang, technological innovation is showing an explosive trend on this hot soil. In Jiuquan, Gansu, the world's first twin tower, one unit solar thermal power station has been built, significantly improving optical efficiency through innovative dual mirror field design; In Zabuye, Xizang, the world's first high-altitude trough solar thermal power station is challenging the extreme natural environment. These benchmark projects not only verify the feasibility of various technological routes, but also reduce the project cost by nearly one-third through the complete localization of core equipment, allowing solar thermal power generation to truly enter the fast lane of large-scale commercial use. Keywords: New Energy News Network, Integrated Wind Solar Thermal Storage

Shage Wilderness Transformation Complex

The future Shage Desert will no longer be a single power generation base, but a super energy complex integrating wind, solar, and thermal storage. By sharing the field area, booster station, and transmission line, solar thermal and photovoltaic achieve the optimal allocation of resources and costs. Looking ahead to the second half of 2026, with more integrated projects connected to the grid, this new model will not only deliver clean electricity to the eastern region, but also drive local industrial upgrading and employment. This green path paved by solar thermal energy is injecting a continuous stream of desert energy into China's timely achievement of its dual carbon goals.Editor/Gao Xue