Off-grid PV system with an installed capacity of 14.7 kWp and 25 kWh battery storage

An off-grid photovoltaic system with an energy storage battery, allowing the client to power all electrical appliances in the home without the need for a grid connection.

PV system for self-consumption with 8.8 kWp capacity and 20 kWh battery storage

A hybrid photovoltaic system for self-consumption, equipped with a large-capacity battery that provides backup power during frequent local grid outages.

PV system with custom wall-mounted solution and installed capacity 7.1 kWp 

A photovoltaic system for self-consumption, installed with custom-designed hot-dip galvanized structure mounted on the inside of a concrete wall.

PV System for Nursing Home with an installed capacity of 30 kWp

A grid-connected photovoltaic system designed and installed to provide electricity to residential buildings and facilities of a senior care home, funded by the European Union.

Ground-Mounted grid-connected Photovoltaic System – 1.2 MWp

A grid-connected system designed and engineered by our team to maximize energy production through optimized solar panel layout and component configuration.

Residential PV System for self-consumption, 15.6 kWp capacity and 26 kWh battery

A hybrid photovoltaic system installed on a bitumen roof with a non-penetrating, ballasted mounting structure, designed for self-consumption.

Commercial PV on a Concrete Production Facility, with 202.9 kWp capacity and 430 kWh battery 

A commercial photovoltaic system combined with industrial batteries, suitable for energy arbitrage, designed to cover over 80% of the facility’s electricity bills.

Ground-Mounted grid-connected Photovoltaic System – 2.6 MWp

A grid-connected system designed and engineered by our team to maximize energy production through optimized solar panel layout and component configuration.

Residential PV System for self-consumption, 10 kWp capacity and 15.3 kWh battery

A hybrid photovoltaic system installed on a tiled roof using an aluminium mounting system, designed for self-consumption, with excess energy stored in a battery.

Residential PV System for self-consumption, 5 kWp capacity and 10.2 kWh battery

A hybrid photovoltaic system installed on a tiled roof using an aluminium mounting system, designed for self-consumption, with excess energy stored in a battery, funded by the EU.

Commercial PV system on Printing Facility for self-consumption with 715 kWp capacity 

A grid-connected photovoltaic system designed by us, configured for self-consumption only, installed on the bitumen roofs of a printing services facility.

Residential PV System for self-consumption, 15.3 kWp capacity and 15.3 kWh battery

A hybrid photovoltaic system installed on a metal sheet roof with a non-penetrating mounting system, designed for self-consumption and battery storage of excess energy.

Residential PV System for self-consumption, 14.2 kWp capacity and 20.5 kWh battery storage

A hybrid photovoltaic system installed on a metal sheet roof with a non-penetrating mounting system, designed for self-consumption and battery storage of excess energy.

Commercial PV System on Warehouse for self-consumption with 500 kWp capacity 

A grid-connected photovoltaic system designed by us, configured for self-consumption only, installed on the bitumen roofs of a warehouse facility.

PV shed integrated into balcony, 10.6 kWp capacity and 10.2 kWh battery storage

Residential PV system installed on a wooden frame, designed and built by us. The system is adapted for use as a balcony canopy for an apartment, integrated into the urban environment.

Residential PV System for self-consumption, 16.8 kWp capacity and 12.3 kWh battery

A hybrid photovoltaic system, mounted on a tiled roof and designed for self-consumption, with all generated energy utilized on-site and no surplus exported to the grid.

Residential PV System for self-consumption, 16 kWp capacity and 20.5 kWh battery

A hybrid photovoltaic system installed on a metal sheet roof with a non-penetrating mounting system, designed for self-consumption and battery storage of excess energy.

Residential PV System for self-consumption, 5.3 kWp capacity and 10.2 kWh battery

A hybrid photovoltaic system installed on a tiled roof using an aluminium mounting system, designed for self-consumption, with excess energy stored in a battery, funded by the EU.

Residential PV System for self-consumption, 11.2 kWp capacity and 10.2 kWh battery storage

A hybrid photovoltaic system installed on a membrane roof using a non-penetrating mounting structure with additional ballast, designed for self-consumption.

Residential PV System for self-consumption, 6.4 kWp capacity and 10.2 kWh battery

A hybrid photovoltaic system installed on a custom ground-mount metal frame for self-consumption only. The project is co-funded by the European Union.

Residential PV System for self-consumption, 11.2 kWp capacity and 10.2 kWh battery

A hybrid photovoltaic system, mounted on a metal roof and designed for self-consumption, with all generated energy utilized on-site and no surplus exported to the grid.

Residential PV System for self-consumption, 5.5 kWp capacity and 10 kWh battery

A hybrid photovoltaic system installed on a tiled roof using an aluminium mounting system, designed for self-consumption, with excess energy stored in a battery, funded by the EU.

Commercial PV System for self-consumption, 30 kWp capacity and 20 kWh battery storage

A hybrid photovoltaic system designed to meet the high energy demands of a hotel and restaurant, equipped with a backup power unit to ensure continuous operation in case of grid failure.

Residential PV System for self-consumption, 8 kWp capacity and 15.3 kWh battery

A hybrid photovoltaic system installed on a tiled roof using an aluminium mounting system, designed for self-consumption, with excess energy stored in a battery.

Commercial PV System for self-consumption, 90 kWp capacity and 125 kWh battery unit

A hybrid photovoltaic system installed on a thermopanel roof of a laboratory workshop, designed for self-consumption with battery capacity sufficient to sustain a three-shift workload.

Residential PV System for self-consumption, 25 kWp capacity and 43 kWh battery unit

A hybrid photovoltaic system installed on the villa’s metal sheet roof, optimized for self-consumption and equipped with a large battery unit to ensure reliable power supply during frequent outages.

Commercial PV System for self-consumption, 60 kWp capacity and 60 kWh battery

A hybrid photovoltaic system installed on the thermopanel roof of an agricultural machinery workshop, designed for self-consumption with battery storage and to fully cover the facility’s electricity bills.

Residential PV System for self-consumption, 7.2 kWp capacity and 10.2 kWh battery

A hybrid photovoltaic system installed on a tiled roof using an aluminium mounting system, designed for self-consumption, with excess energy stored in a battery.

Residential PV System for self-consumption, 12.3 kWp capacity and 28.7 kWh battery

A hybrid photovoltaic system installed on a tiled roof using an aluminium mounting system, designed for self-consumption, with excess energy stored in a battery.

PV System for Nursing Home with an installed capacity of 34 kWp

A grid-connected photovoltaic system designed and installed to provide electricity to residential buildings and facilities of a senior care home, funded by the European Union.

Residential PV System for self-consumption, 7.2 kWp capacity and 10.2 kWh battery

A hybrid photovoltaic system installed on a tiled roof using an aluminium mounting system, designed for self-consumption, with excess energy stored in a battery.

Residential PV System for self-consumption, 8 kWp capacity and 16 kWh battery

A hybrid photovoltaic system installed on a tiled roof using an aluminium mounting system, designed for self-consumption, with excess energy stored in a battery.