SMRAAD 10kW Wind-Solar Hybrid System Powers Xinjiang’s Remote Oilfield

Deep in the vast, sun-baked Gobi Desert of Hami, Xinjiang, where unforgiving terrain once isolated critical oilfield infrastructure, SMRAAD’s 10kW SK-type wind turbine and 5kW solar panel hybrid system now stands as a lifeline of reliable power. Completed in 2026, this off-grid solution is purpose-built to sustain operations at a remote pumping station, eliminating reliance on costly, polluting diesel generators in one of China’s most extreme environments.

Designed for the desert’s harsh conditions, the 10kW SK turbine harnesses the region’s relentless, consistent winds, while the 5kW solar array capitalizes on the intense, year-round sunlight. Together, they deliver a stable, 24/7 power supply for the pumping station’s equipment, communication systems, and on-site facilities—no matter how remote or extreme the weather. The compact energy storage unit, housed in a rugged container, ensures seamless power even during calm nights or sandstorms.

For the oilfield team, the impact is transformative. Before this system, operations depended on frequent diesel deliveries across hundreds of kilometers of desert, with high costs, logistical risks, and heavy carbon emissions. Now, the hybrid setup generates over 20,000 kWh of clean energy annually, cutting the site’s carbon footprint by 15 metric tons and drastically reducing operational expenses.

“This isn’t just about power—it’s about making remote operations sustainable,” said the on-site oilfield manager. “SMRAAD’s wind-solar system has turned our desert outpost into a self-sufficient, low-emission facility, proving that even the harshest locations can lead the way in clean energy adoption.”

This Hami project underscores SMRAAD’s expertise in engineering off-grid renewable solutions tailored to extreme environments. By combining rugged wind technology with solar power, we’re bringing reliable, zero-emission energy to the most isolated corners of China’s energy sector.