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SMARAAD Wind-Solar Hybrid System Lights Up Streets in Zhangjiakou, Hebei

Against a clear blue sky, SMARAAD’s 100kW G-type commercial wind turbine stands tall in Zhangjiakou’s eco-district, paired with compact S-type micro wind turbines and solar-powered streetlights. Completed in April 2026, this integrated renewable setup powers the area’s public lighting, proving how clean energy can blend seamlessly into everyday urban infrastructure. The large G-type turbine generates […]

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SMARAAD 6×100kW G-Type Turbine Array Powering Industrial Facilities

Set against the golden autumn fields of Songyuan, Jilin, six SMARAAD 100kW G-type wind turbines now form a 600kW distributed wind power array at a local industrial complex. Completed in late 2025, this on-site wind farm is delivering reliable, clean energy to the facility’s operations, marking a major step in its low-carbon transformation. Engineered for […]

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SMARAAD’s 100KW G-Type Turbine: Powering Industrial Green Transition in Daqing

Completed on April 30, 2026, this 100kW G-type commercial wind turbine by SMARAAD now stands at a manufacturing facility in Daqing, Heilongjiang, marking a major step in the factory’s shift toward self-sufficient, low-carbon operations. Built to harness the region’s steady northern winds, the turbine delivers clean, on-site power directly to the plant’s production lines and […]

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SMARAAD’s 500kW G-Type Turbine: Powering a New Era of Clean Energy in Northern China

Against the golden glow of a Hebei sunset, SMARAAD’s 500kW G-type commercial wind turbine stands tall in the Zhangjiakou wind corridor, a testament to the region’s growing role in China’s clean energy transition. This large-scale turbine is designed to harness the area’s consistent, high-altitude winds, delivering reliable, zero-emission power to the local grid. Engineered for […]

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SMARAAD’s 5kW Wind-Solar Hybrid Brings Energy Independence to Chengde

In the rugged hills of Chengde, Hebei, a family’s remote home is now powered by SMARAAD’s purpose-built 5kW wind-solar hybrid system. Combining a 1.5kW L-type wind turbine and 3.5kW rooftop solar panels, this custom solution delivers reliable, year-round clean energy for off-grid living. The system is perfectly tuned to the region’s natural rhythm: the turbine […]

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SMARAAD’s L-Type Wind-Solar Hybrid System Powers Off-Grid Homes in Chengde, Hebei

Tucked against the rugged granite peaks of Chengde’s countryside, this small rural home now stands as a beacon of self-sufficient living, powered by SMARAAD’s L-type wind-solar hybrid system. Designed for remote, off-grid communities in Hebei’s mountainous terrain, the setup combines a compact horizontal-axis wind turbine with rooftop solar panels to deliver reliable, year-round clean energy […]

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SMARAAD’s 1.5kW L-Type Wind-Solar Hybrid System Powers Rural Farms in Chengde, Hebei

Set against the rolling hills and farmlands of Chengde, Hebei, SMARAAD’s 1.5kW L-type wind turbine paired with solar panels is bringing reliable clean energy to local agricultural operations. This off-grid hybrid system, installed in 2026, is purpose-built to power remote farm equipment, irrigation pumps, and lighting for small-scale farmers. Designed for Chengde’s rural landscape, the […]

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SMARAAD’s 1kW Colorful X-Type Turbines Power a Coastal Facility

Nestled against mist-shrouded hills, four vibrant 1kW X-type vertical-axis wind turbines from SMARAAD rise above the roofs of a coastal facility, blending functional clean energy with eye-catching design. These red, white, and blue turbines don’t just generate power—they turn the site into a showcase of playful, accessible sustainability. Tailored for low-rise installations, the compact X-type […]

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SMARAAD’s 5kW H-Type Turbines Power Inner Mongolia Facility

Against the bright blue sky of a city in Inner Mongolia, three 5kW H-type vertical-axis wind turbines by SMARAAD stand tall in front of a municipal building. These sleek, low-noise units are powering the facility’s street lighting, security systems, and auxiliary loads, proving clean energy can thrive even in urban settings of northern China. Unlike […]

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