System Design

On-Grid

Off-Grid: Home

Off-Grid: Pumping

Off-Grid: Street Light

The system design is based on a quick and simple procedure:

Specify the location.
Specify the desired power [KWp].
Choose the PV panel from the internal database.
Specify the inverter efficiency.

and the PV Estimation will calculate the PV panel actual efficiency, the PV panel electric production, the area [m2], the PV system electric production [KWh/m] and the cables diameter [mm2].

The software embeds a additional popup help during any study.

The system design is based on a quick and simple procedure:

Specify the location.
Specify the electric devices power.
Choose the PV panel from the internal database.
Specify the inverter efficiency.

and the PV Estimation will calculate the desired PV power [KWp], the PV panel actual efficiency, the PV panel electric production, the arrea [m2], the PV system electric production [KWh/month] and the cables diameter [mm2].

The system design is based on a quick and simple procedure:

Specify the location.
Specify the hydraulic system demand.
Choose the PV panel from the internal database.
Specify the inverter efficiency.

and the PV Estimation will calculate the pump volume flow [m3/s] and height [m], the pump mechanical power [KW], the pump motor electrical power [KW], the electric energy demand per day [KWh/d], the desired PV power [KWp], the PV panel actual efficiency, the PV panel electric production, the arrea [m2], the PV system electric production [KWh/m] and the cables diameter [m2].

The system design is based on a quick and simple procedure:

Specify the location.
Specify the street lighting demand.
Choose the PV panel from the internal database.
Specify the inverter efficiency.

and the PV Estimation will calculate the lighting power [W], the electric energy demand per day [KWh/day], the desired PV power [KWp], the PV panel actual efficiency, the PV panel electric production, the arrea [m2], the PV system electric production [KWh/m] and the cables diameter [m2].

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