Q26-A(ii) Draw electrical equivalent circuit of a PV module.

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Q26-A(ii) Draw electrical equivalent circuit of a
PV module.
Q26-B. By using various chemicals in
chemistry lab, draw and describe a system of
producing electricity by a chemical process.
Q26-C. A small wind turbine of blade diameter
205 cm is subjected to upwind velocity of 12.6
m/s and downwind velocity of 10.8 m/s.
Calculate the power and energy
produced by the turbine per year. Density of
wind is 1.3 Kg/m3
Transcribed Image Text:Q26-A(ii) Draw electrical equivalent circuit of a PV module. Q26-B. By using various chemicals in chemistry lab, draw and describe a system of producing electricity by a chemical process. Q26-C. A small wind turbine of blade diameter 205 cm is subjected to upwind velocity of 12.6 m/s and downwind velocity of 10.8 m/s. Calculate the power and energy produced by the turbine per year. Density of wind is 1.3 Kg/m3
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