Showing its components and drawing equivalent circuit, design your own original 1000 W stand-alone (off-grid) solar system. Imagine that a 48 V lead-acid battery bank will be used and the panels will be placed on the roof of a house in Antalya. Give numbers for each components, wires, charge controller, inverter and solar panels. You are free to connect them in series or parallel, and also you can add them more than one to the system if you desire. You should keep in mind or specify specs the following; Direction of solar panels (Latitude of Antalya: 36.89 and longitude of Antalya: 30.71) C-rate, state of charge, depth of discharge for a battery used Thickness of wires Fuses Bypass or blocking diodes MMPT charge controller Invertor Solar panels (power)
Showing its components and drawing equivalent circuit, design your own
original 1000 W stand-alone (off-grid) solar system. Imagine that a 48 V
lead-acid battery bank will be used and the panels will be placed on the roof of
a house in Antalya. Give numbers for each components, wires, charge
controller, inverter and solar panels. You are free to connect them in series or
parallel, and also you can add them more than one to the system if you desire.
You should keep in mind or specify specs the following;
Direction of solar panels (Latitude of Antalya: 36.89 and longitude of Antalya:
30.71)
C-rate, state of charge, depth of discharge for a battery used
Thickness of wires
Fuses
Bypass or blocking diodes
MMPT charge controller
Invertor
Solar panels (power)
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