Introduction to Vertical Wind Turbine Solar Hybrid Systems by Guangzhou Esg New Energy Technology Co., Ltd.
Guangzhou Esg New Energy Technology Co., Ltd. offers a range of vertical wind turbines designed for efficient and sustainable energy generation, suitable for both residential and hybrid wind-solar applications. Available in multiple power ratings—20kW, 30kW, 50kW, 100kW, 200kW, 1MW, 5MW, and 10MW—these turbines combine robust performance with adaptability, making them ideal for decentralized power solutions.
Key FeaturesThe vertical wind turbine system stands out for its reliability, with a rated power output ranging from 20kW to 25kW (depending on the model) and efficient operation at a rated wind speed of 10m/s. It features a 3-phase AC permanent-magnet generator, enhancing energy conversion efficiency, and an integrated on-grid three-phase inverter (230V/60Hz for the 20kW model), enabling direct grid connectivity. The system delivers a stable output voltage of 380V/240V with adjustable frequency (50Hz/60Hz), ensuring compatibility with diverse grid requirements worldwide.
Technical Specifications
ApplicationsThese turbines are well-suited for residential energy systems, hybrid wind-solar installations, and off-grid or remote locations seeking cost-effective, low-maintenance power solutions. They are particularly valuable for users aiming to reduce reliance on traditional grids and adopt renewable energy sources.
Supplier and Procurement NotesAs a first-year enterprise member, Guangzhou Esg New Energy emphasizes customized project design services and pre-sales support to help clients select the right model for their needs. While the company’s profile notes its membership status, the products adhere to ESG’s quality standards for sustainable energy. For procurement, the minimum order quantity is 1 unit, with inquiries encouraged via the provided email contact to discuss specifications, pricing, and delivery details.
This vertical wind turbine series offers a practical blend of performance and sustainability, making it a viable choice for modern energy systems.