Design of Solar Water Pump by Realistic Techniques

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According to Dc pump rating , controller would = 96V, 15 Amp

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Design Solar Plant For House and offices by itself (Understanding Purpose, not Practical)

KISSAN SOLAR EDUCATION ( www.kissanedu.com ) CALCULATE RATING of Solar's Equipment : Are Your Looking for SOLAR DESIGN for your Home, Offices by Itself ? Energy Flow Diagram in a Solar System for Home, Offices To know Rating of Each equipment , you should calculate from Reverse Direction of Energy Flow Diagram. Step 1 : Calculate Load Requirement : Number of load you want to run from Solar. Important Calculation 1. Total wattage of Load : (watt * quantity ) = 9*2 + 60*1 +150*1 . . . . . +250*1 = 628 Watt 2. Total Energy Consumed By load : (wattage * number . of hour used) = 9*5*2 + 60*8*1 + .......+ 250*3*1 = 2820 Wh Step 2 : Find out Size of Inverter , Important : Output Energy of Load = 2820 wh We need to find out Rating of...

Assignment : How to Design a Solar Power System for home

KISSAN EDUCATION www.kissanedu.com Suppose, Living District = Una, Himachal Inverter's Efficiency = 95% Battery's Efficiency = 85% Converter Efficiency = 92% Take Loom Solar Panel Inverter = Microtech consider only night backup for battery Solution: Total Day time consumption = 22800 Wh Total Night-Time Consumption = 17280 Wh Total Energy Consumption = 40080 Wh Since Size of Plant is very high, so we have to consider only the night backup plan for optimizing Step 1 : Size of Inverter = Total Wattage of Appliances = Wattage * quantity = 5440 watt = 6 KW inverter Step 2 : Size of Battery: Output Energy of Battery = Input energy of Inverter =(output of inverter) / (efficiency of the inverter) = 17280 /0.95 = 18190 Wh ...

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