Specifications
The e220 is an innovative small wind turbine with an advanced pitch control system that maintains full power in any wind that exceeds the rated wind speed optimizing energy harvest capacity.
Compact and durable, the e220 has a low cut-in speed resulting from the advanced technology incorporated in this machine. Modern living demands more applications that require energy usage. The e220 optimises small-scale renewable energy output for increased energy efficiency in any specific application.
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The e220 design minimises start-up torque, which means energy is generated in low wind speeds. The passive pitch control system and power output at low wind speeds increases the energy harvest on an annualised basis, increasing returns to the owner.
The standard finish of an etching marine primer, an intermediate protective coat and a polyurethane two pack finishing coat ensures protection from the elements. With a diameter of 2.2m the e220 is discreet in all installations and is suitable for urban environments.
Applications
• Replaces noisy generators for back-up power, which pollute due to the reliance on fossil fuels
• Boost solar and other renewable energy installations increasing productivity, reliability and cost effectiveness
• Water pumping systems with optional water pump controller to reduce utility costs
• Grid tie applications using approved inverters to reduce energy costs
• Power for energy requirements where there is no connection to the national grid
• Generate dedicated power for signage eliminating high operating costs
• Adaptable to meeting many specific electrical needs
Power generation
Generating your own renewable power is low maintenance as routine maintenance is largely based on visual assessments. Maintenance schedules are designed to suit the local, respective, wind area and power class. With a maximum instantaneous power rating of 850W, annual energy harvests can exceed 3800kWh.
Energy may be harvested at any wind speed above the cut-in speed and rated output is maintained at any wind speed exceeding the rated wind speed through passive speed control. Energy output is intrinsically linked to regional wind distribution, topology and altitude as well as tower height. Potential energy harvest is estimated using an average wind speed in order to tailor the most suitable Kestrel wind system to your electrical need.
Results may vary based on wind distribution, topology, tower height and altitude. In order to estimate ones own potential energy harvest an average wind speed must be used.
Note: Specifications may vary with continuing development and innovation.
