a) If the electrical power required for a house is assumed to be 5kW, the requirement of 1500xy houses A HEPP with the installed capacity to meet the needs will be established. This installed power includes 7 generators and It will be provided from the penstock pair. Net water head 190 m and penstock calculated for the facility 91% efficiency, 85% turbine efficiency, 96% generator efficiency, transformer efficiency It is calculated to be 93%. Calculate the required water flow for each force. (ρ: specific weight: 1000kg /m³, g: Gravitational acceleration: 9.81 m/s² ) b)In this example, if the total efficiency of the system could be increased to 85%,how is the required water flow would be affected? Show it by calculating.
a) If the electrical power required for a house is assumed to be 5kW, the requirement of 1500xy houses
A HEPP with the installed capacity to meet the needs will be established. This installed power includes 7 generators and
It will be provided from the penstock pair. Net water head 190 m and penstock calculated for the facility
91% efficiency, 85% turbine efficiency, 96% generator efficiency, transformer efficiency
It is calculated to be 93%. Calculate the required water flow for each force. (ρ: specific weight: 1000kg /m³, g: Gravitational acceleration: 9.81 m/s² )
b)In this example, if the total efficiency of the system could be increased to 85%,how is the required water flow would be affected? Show it by calculating.
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