The Enercon E82 E2 2300 kW Wind Turbine
What is the Enercon E82 E2 2300 kW wind turbine most suitable for?
The Enercon E82 E2 2300 kW Wind Turbine is suitable for :
- Windy sites
- Medium/large sites
- On-site generation
- Factories
- Seaports
- Farms
- Government and Institutional Buildings
- Community
- Commercial and industrial sites
Enercon E82 E2 2300 kW Wind Turbine Specification
| Turbine | |
|---|---|
| Configuration | Three blade, horizontal axis, upwind |
| Rated Power | 2,300 kW at 13.5 m/s |
| Rotor Speed | 6 to 18 rpm |
| IEC 61400-1 Turbine Class | IIA |
| Site Average Wind Speed | 8.5 m/s |
| Survival Wind Speed | 59.5 m/s |
| Rotor | |
| Rotor Diameter | 82 m |
| Swept Area | 5,281 m² |
| Blade Material | GRP (Epoxy) |
| Power regulation | Pitch controlled variable speed |
| Generator | |
| Generator Type | ENERCON direct drive synchronous ring generator |
| Configuration | 3-Phase, 400V, 50Hz – 60Hz |
| Brake & Safety System | |
| Main Brake System | 3 independent pitch control systems with emergency power supply |
| Secondary System | Rotor brake and Rotor lock (maintenance purposes) |
| Automatic Shutdown triggered by | High wind speed, grid failure, over-speed, all other fault conditions |
| Controls | |
| Control Systems User Interface | ENERCON SCADA |
| Towers | |
| Available Hub Heights | 78 m, 85 m, 98 m, 108 m, 138 m |
| Tower Type | Tubular steel tower |
| Warranty | |
| Period and type | Up to 15 year standard service package |
| Download Brochure Here | |
Want to install a wind turbine?
If you are in the UK then take our Wind Site Self-Assessment - The first step to provide information we need to complete a Windpower Feasibility Study. It takes about 20 minutes to work through the basic checks, including:
- Estimating wind speed
- Checking proximity of nearby properties
- Checking site access and approach roads
- Investigating connection with the grid
If you are in the Republic of Ireland, or overseas, the first step is to Contact us to discuss your requirements and to complete a Windpower Feasibility Study.