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Arunachal Pradesh Establishes 10 KW Solar Wind Hybrid Power Plant
The system has a four-blade horizontal axis wind turbine of 5 KW capacity established at 12-metre height from the ground level and another one with 5 KW-capacity solar photovoltaic panels.
June 17, 2023. By EI News Network
The Arunachal Pradesh State Council for Science and Technology in a tie-up with the School of Energy Science & Engineering under IIT Guwahati established a solar-wind power plant in Papum Pare district.
The 10-KW hybrid plant system was set up at Rural Technology Demonstration Centre (RTDC) in Kimin, a small town in Arunachal Pradesh.
The officials stated the system has a four-blade horizontal axis wind turbine of 5 KW capacity established at 12-metre height from the ground level and another one with 5 KW-capacity solar photovoltaic panels.
The power produced from the plant would be managed to utilise a hybrid charge controller and would be retrieved in a battery bank.
The benefit of a wind-solar hybrid system is that power production is incessant across the year without getting disturbed by seasonal changes.
The hybrid system technology with a higher capacity is considered feasible in the state as the appropriate amount of wind speed is available at most times of the year along with the presence of solar radiation.
It is likely that installations of such hybrid systems all over the state will assist to complete the target of net-zero carbon emissions made by the state cabinet in the year 2021.
The 10-KW hybrid plant system was set up at Rural Technology Demonstration Centre (RTDC) in Kimin, a small town in Arunachal Pradesh.
The officials stated the system has a four-blade horizontal axis wind turbine of 5 KW capacity established at 12-metre height from the ground level and another one with 5 KW-capacity solar photovoltaic panels.
The power produced from the plant would be managed to utilise a hybrid charge controller and would be retrieved in a battery bank.
The benefit of a wind-solar hybrid system is that power production is incessant across the year without getting disturbed by seasonal changes.
The hybrid system technology with a higher capacity is considered feasible in the state as the appropriate amount of wind speed is available at most times of the year along with the presence of solar radiation.
It is likely that installations of such hybrid systems all over the state will assist to complete the target of net-zero carbon emissions made by the state cabinet in the year 2021.
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