Solar energy has become one of the most profitable systems for the agricultural sector.
You will be able to implement drip or sprinkler irrigation techniques more efficiently, saving water and maximizing the productivity of your crops.
In turn, use domestic hot water to improve the living conditions of your animals.
Production of hot water and heating
Solar Irrigation
Photovoltaic Self-consumption
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Thanks to our high-performance solar collectors, take advantage of the sun's energy to heat the rooms of your animals and in turn produce sanitary hot water for human use.
We know the large number of hours that an irrigation pump usually works, so the most optimal and efficient solution is photovoltaic solar energy.
It produces electricity for your livestock, allowing you to also be connected to the electricity grid, in this way you would obtain great savings on your electricity bill.
Solar panels capture the sun's rays, transforming solar energy into heat. This heat is transported to the solar tank by means of the heat transfer fluid.
Once the heat reaches the tank, the exchanger transmits the heat to the cold water (blue arrow) transforming it into hot water (red arrow). This hot water is prepared for various uses (use for human consumption, underfloor heating or radiators …)
Solar panels capture the sun's rays, transforming solar energy into electricity (direct current). This is transported to the inverter through the electrical wiring system.
The drive converts direct current into alternating current so that it can be gradually consumed by the pump.
The protection system ensures that all the components of the solar system are protected against any anomaly.
The irrigation pumps receive the current through the variator and they extract the water and distribute it to the crops.
Solar panels capture the sun's rays, transforming solar energy into electricity (direct current). This is transported to the inverter through the electrical wiring system.
The inverter transforms the direct current into alternating current so that it can be consumed.
The protection system ensures that all the components of the solar system are protected against any anomaly.
The monitoring system is responsible for managing the production of alternating current in real time. And provide the electric current when the solar system does not produce enough.
The grid current meter of the supplying company records the electricity consumption.
Using your mobile, tablet or computer, monitor the consumption of your home or business in real time. Check any times the production of your photovoltaic system, the consumption of your home or business and the consumption of the electricity grid.
Thanks to our high-performance solar collectors, take advantage of the sun's energy to heat the rooms of your animals and in turn produce sanitary hot water for human use.
Solar panels capture the sun's rays, transforming solar energy into heat. This heat is transported to the solar tank by means of the heat transfer fluid.
Once the heat reaches the tank, the exchanger transmits the heat to the cold water (blue arrow) transforming it into hot water (red arrow). This hot water is prepared for various uses (use for human consumption, underfloor heating or radiators …)
We know the large number of hours that an irrigation pump usually works, so the most optimal and efficient solution is photovoltaic solar energy.
Solar panels capture the sun's rays, transforming solar energy into electricity (direct current). This is transported to the inverter through the electrical wiring system.
The drive converts direct current into alternating current so that it can be gradually consumed by the pump.
The protection system ensures that all the components of the solar system are protected against any anomaly.
The irrigation pumps receive the current through the variator and they extract the water and distribute it to the crops.
It produces electricity for your livestock, allowing you to also be connected to the electricity grid, in this way you would obtain great savings on your electricity bill.
Solar panels capture the sun's rays, transforming solar energy into electricity (direct current). This is transported to the inverter through the electrical wiring system.
The inverter transforms the direct current into alternating current so that it can be consumed.
The protection system ensures that all the components of the solar system are protected against any anomaly.
The monitoring system is responsible for managing the production of alternating current in real time. And provide the electric current when the solar system does not produce enough.
The grid current meter of the supplying company records the electricity consumption.
Using your mobile, tablet or computer, monitor the consumption of your home or business in real time. Check any times the production of your photovoltaic system, the consumption of your home or business and the consumption of the electricity grid.
