LE-1000 Wind Turbine

Designed for industrial applications, durability and reliability are at the heart of the LE-1000

• Rotor Diameter: 1.8m
• Rotor Type: 3 Blade Upwind
• Blade Material: Tough Glass Reinforced Nylon
• Rated Output: 1,000W at 12m/s (26.9mph)
• Peak Output: Not specified
• Cut-in Speed: 3.5m/s (7.8mph)
• Cut-Out Wind Speed: 12.5m/s (27.9mph)
• Warranted Wind Speed: 52m/s (116mph)
• Weight: 19kg

Remote Monitoring & Asset Tracking

A highly robust and dependable micro wind turbine designed to deliver reliable renewable energy across a wide range of applications. With thousands of units already in service worldwide, it provides an effective way to increase energy generation and improve energy resilience.

Hybrid Wind & Solar Integration

Ideal for complementing solar PV systems, generating additional power during winter months, at night, and when solar output is reduced. Combines wind and solar generation to support a more consistent renewable energy supply throughout the year.

Compact Design & Low Visual Impact

Features a compact design with a tower height of just 8 metres, helping to minimise visual impact while capturing available wind energy. The installation system uses specialist ground anchors, eliminating the need for conventional concrete foundations and simplifying installation where site conditions are suitable.

Versatile Renewable Energy Applications

Suitable for a broad range of applications, including domestic properties, off-grid installations, wind and solar hybrid systems, battery charging, water and air heating and cooling, island networks, smart grids, telecommunications, traffic and event signage, glamping sites, holiday homes, boats, and barges.

Designed for Site-Specific Performance

Wind turbine performance depends on local wind conditions, surrounding obstructions, and the suitability of the installation site. A site assessment is recommended before purchase to establish whether sufficient wind resources are available. Installation by a qualified electrician is recommended to ensure safe integration with existing electrical systems and to identify any additional equipment required.

Flexible Battery Charging & System Integration

Designed for integration into off-grid and hybrid energy systems, with the appropriate batteries, inverter, and additional equipment selected to match the intended application.