Agriculture

Solar energy systems have many applications in the agriculture Sector that drive down the total cost and the maintenance cost and create additional revenue streams.

Agriculture applications:

• Agriculture livestock
• Crop irrigation
• Home Garden.
• Drip irrigation System.
• Domestic potable water for remote home.
• Pond water Management and transfer.
• Water supply for the village in developing world.
• Also you can use off grid system ,on Grid System and Hybrid Solar Water Pumping Systems

Currently, solar water pumps are used in Egypt as well as in many other countries or regions with abundant sunlight.

Solar pumps have proven to be a cost-effective and dependable method for providing water in situations where water resources are spread over long distancesand require high power.

A Solar water Pump extracts water well and collects or spray over the field.

• It uses sun power for its operation via solar panels hence it operates free of cost as against conventional electric/Diesel Pump.

• A DC Electric Pump is connected to solar panel hence no inverter is required.

• A Battery may be connected in order to operate the pump during night/No-Sun condition.

	System Type Diesel Water PumpSystem Solar Water PumpSystem
	Capital Expenses Low  Capex High Capex Operating Expenses High Opex  due to Fuel Expenses over life Time Low  Opex Maintenance Periodic Maintenance  to  lubricate Some parts And exchange Moving Parts. Minimum maintenance required due the lack of moving parts Environmental Effect Noisy , Emit smoke AND Another harmful waste No noise , no smoke emission, Efficiency Consumed fuel and produce constant Energy regardless of load consumed. Most of waste energy Stored Additional Energy And its ready when Required, All Energy used Price per KW Increasing with fuel price increasing Free after  while Fuel expenses to fuel transfer to the site and to the tank No fuel expenses and charging Automatically during the Life Time 8-10 years 20-25 years

 

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