EM-3 wind turbine rated at 2000W 2kW and voltage of 12V / 24V or 48V is an efficient, reliable way to harness wind energy. It converts wind into three-phase alternating current that can be stored in batteries or converted to 230 V AC using an inverter. It performs well in homes, farms and professional applications, providing energy independence and savings.
EM-3 wind-turbine specifications
- High power: 2000W – the turbine provides efficient wind-energy generation for homes, farms and professional applications.
- Low start-up threshold – the device starts at wind speeds as low as 3m/s, harnessing wind energy even in gentle breezes.
- Aerodynamic blades – three 75cm blades made from durable nylon fibre are lightweight, damage-resistant and ensure quiet, efficient operation.
- Maintenance-free generator – robust construction ensures a long service life, while three-phase power can be stored in batteries or converted to 230V AC.
- Resistance to extreme conditions – the turbine operates from -40℃ to 80℃ and withstands winds of up to 40m/s.
- Robust and durable construction – cast-aluminium alloy housing protects the device from corrosion and weather
High performance and reliability
Generator turbiny wiatrowej EM-3 – 2000 W is designed with high-quality copper windings to increase efficiency and reliability. Copper’s excellent electrical conductivity reduces energy losses and ensures stable operation. It is also exceptionally resistant to overheating, allowing the turbine to perform reliably in difficult wind conditions. Compared with typical aluminium solutions, copper windings provide greater efficiency, quieter operation and a longer generator life.
How does a wind turbine work in practice?
EM-3 200W wind turbine converts wind energy into three-phase AC current, which flows to the charge controller. The device monitors voltage and current, while the captured energy is stored in batteries. This provides access to electricity whenever it is needed, regardless of weather conditions.
Energy stored in batteries can be used as DC direct current (12V, 24V or 48V) for off-grid systems such as lighting, emergency equipment and small electrical installations. Connecting an inverter converts it to standard 230V AC for typical household appliances and electronics.
