SMRAAD’s 5kW G-Type Turbines Bring Green Energy to Xiamen’s Scenic Landscape

Tucked into Xiamen’s lush, rolling green hills—where urban leisure meets natural beauty—SMRAAD has unveiled a compact yet impactful renewable energy project, redefining how clean power integrates with scenic urban spaces. Completed in 2025, the installation features eight 5kW G-type horizontal-axis wind turbines strategically positioned along winding mountain paths, as captured in the stunning aerial photograph, blending seamlessly with the verdant landscape to deliver sustainable energy for local recreational facilities.
Unlike large-scale industrial wind farms, this project is engineered for Xiamen’s unique urban-scenic context. The 5kW G-type turbines boast a streamlined, low-profile design that complements the area’s natural aesthetics while capitalizing on the consistent coastal breezes that sweep through the hills. Their compact footprint and quiet operation make them ideal for this recreational zone, avoiding disruption to visitors and wildlife alike, while their durable construction stands up to Xiamen’s humid, subtropical climate.
Collectively, the eight turbines form a 40kW distributed wind power system, projected to generate over 95,000 kWh of clean electricity annually. This power directly supplies nearby eco-friendly rest stops, lighting for hiking trails, and maintenance facilities, eliminating the need to draw excessive power from the main grid and reducing reliance on fossil fuels. Environmentally, the system will cut carbon emissions by approximately 71 metric tons each year, aligning with Xiamen’s goal of building a “low-carbon tourism city”.
“Xiamen’s scenic areas are treasures, and our goal was to protect that beauty while powering its growth,” said SMRAAD’s project lead. “These small-scale G-type turbines prove that renewable energy doesn’t have to be industrial or obtrusive—it can enhance natural spaces and support sustainable tourism.”
This Xiamen project highlights SMRAAD’s agility in designing scenario-specific renewable solutions, proving that even compact wind power systems can deliver meaningful environmental and practical value in urban recreational settings.