A unique structural solution designed for installation on cultivated lands.
Within an agro-photovoltaic initiative by the German Fraunhofer ISE Institute, spanning from 2015 to the present, an annual land-use efficiency of 160-186% has been achieved.
Considering the solar potential in Armenia, it is reasonable to anticipate that land use efficiency in the local climate could reach 200% or even exceed it.
Features
It secures the simultaneous production of both crops and electricity in a single location.
It protects crops against excessive sunlight exposure and dehydration.
It saves irrigation water
Specifications
Possibility of changing the angle of the solar panels: 15-30 degrees
A height of 5 meters above the ground enables the utilization of agricultural equipment within the solution area.
Solar water pumps operate by transforming the energy from the sun’s photons into electricity, which in turn powers the water pump’s functionality.
Features
It secures the simultaneous production of both crops and electricity in a single location.
The system functions in an off-grid mode and is designed to ensure the water pump’s operation during daylight hours.
Specifications
The system comprises solar panels, a specialized water pump, a charge controller or inverter, and additional devices designed to secure smooth operation.
Depending on the specific requirements, different numbers of solar panels and water pumps with varying power capacities can be employed.
