The most efficient wind turbine on the market
KiteX TWT household wind turbine
Watch the video about the KiteX TWT
Innovative design
TWT stands for 'tethered wind turbine,' and the guyline-based design is a key reason why this wind turbine is so efficient. This innovation, among other things, makes it possible to produce the TWT with about 10% of the materials typically required for a turbine of this size.
A strong foundation
The design allows for the use of large ground stakes for the foundation, which is much quicker and more efficient to install than a traditional concrete foundation.
8 times stronger than steel
KiteX TWT uses Dyneema® liner to stabilize the structure. This material is 8 times stronger than steel, ensuring a lightweight construction that can withstand even the most severe storms.
The modern choice of materials
Galvanized S235 steel and extruded fiberglass profiles. The KiteX TWT is built with materials that provide you with a well-functioning wind turbine for decades.
Same performance for under half the price
The innovative design means that only a minimal amount of materials is needed, along with a simple installation. This benefits you with a price that is a fraction of the competitors.
App-controlled for all purposes
The KiteX app allows you to start and stop your TWT wind turbine whenever it suits you.
Silent mode
Do you want periods of particularly quiet operation? Simply activate silent mode in the app, and the wind turbine will operate as quietly as possible.
Keep track of the production
The KiteX app provides insight into your output, so you always have an idea of your production.
A wind turbine that pays for itself in under 8 years.
The exact payback period naturally depends on a number of factors, but you can generally expect it to be under 8 years with current electricity prices for an average rural property. This is exceptionally short for household wind turbines, which often take 20 to 35 years in Denmark without government support.
Quiet design
TWT is designed to be quiet. Early calculations place the turbine's noise levels at 81.5 dB (6 m/s) and 83 dB (8 m/s). This is significantly better than the average noise levels.
Datasheet TWT-11
| Category | Specification |
| Rotor diameter | 11 m |
| Hub height | 15 m |
| Distance from ground stake to tower | 7.5 m |
| Swept area | 89 m² |
| Nominal power | 5 kW |
| Nominal wind speed | 7.0 m/s |
| Start-up wind speed [Cut-in] | 3 m/s |
| Cut-off speed wind speed [Cut-off] | 18 m/s |
| Survival wind speed | 42 m/s |
| Revolutions per minute | 64 RPM |
| Weight - Nacelle | 130 kg |
| Weight - Rotor | 60 kg |
| Weight - Tower | 120 kg |
| Weight - Foundation | 150 kg |
| Wind class | (4) IV |
| Generator type | Permanent magnet generator: Nominal voltage 400V AC |
| Power regulation | Pitch Control [Active pitch system, passive pitch for feathering] |
| Yaw mechanism | Passive yaw |
| Inverter: | Deye 3-phase 6kW, grid-connected or hybrid inverter with islanding capability. Upgradeable to 12 or 18 kW for additional turbines or solar |
| Certification | IEC 61400-22:2010 |
*The price includes standard installation. Price adjustments may be made based on the net price index.
TWT-11 wind turbine
Deye inverter
Delivery & Installation
Finance your wind turbine dream
From 1,475 DKK/month
FAQ
Effective production even in low wind
The wind turbine produces between 15,000 and 25,000 kWh per year, depending on the location.
Fully refundable deposit payable today.
Delivery begins in 2027. Orders are currently only possible for Danish addresses.