Energy is playing an important role in human & economic development. One of the driving forces for social & economic development and a basic demand of nation is energy. Most of the energy production methods are one-way, which requires change of form for the energy. In parallel to developing technology, demand for more energy makes us seek new energy sources. Researches for renewable energies have been initiated first fir wind power and then for solar power. Efficiency of solar power conversion systems is 18%, while that of wind power is 55%. These efficiencies could be increased by 50% with beam tracking, beam focusing and wind direction adaptive motion methods. Solar wind hybrid system is one of them.
Solar/wind hybrids use solar panels and small wind turbine generators to generate electricity. They work in small capacities. Typical capacities are in the range of 1 kW to 10 kW for the solar panel and the wind turbine combined system. Hybrid systems are the ones that use more than one energy resources. Integration of systems (wind & solar) has more influence in terms of electric power production. Such systems are called as hybrid systems.
Lowest cost per watt
High output for low winds
Unique angle governing
Sustained output in high winds
Ruggedized body frame
Stainless steel components
New magnets for long life
Uses clean renewable energy
Reduction of carbon footprint
Long term energy solutions
Military (charging of communication units) & railway (track signaling) applications
Small rural offices like rural health centers, e-governance centers, agricultural center offices
It can be used where power is expected all the times
It can be used in schools especially in rural and urban fringe areas.
It can be used in high end residential apartments and villas for specific needs.