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.

Industrial 240 kWh Battery Energy Storage System for Energy Arbitrage

Advanced industrial BESS (Battery Energy Storage System) 240kWh designed to optimize solar energy yields by storing surplus power for peak shaving or grid monetization.

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.

Industrial 240 kWh Battery Energy Storage System for Energy Arbitrage

Advanced industrial BESS (Battery Energy Storage System) 240kWh designed to optimize solar energy yields by storing surplus power for peak shaving or grid monetization.

Commercial PV System for self-consumption, 12 kWp capacity and 10 kWh battery

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

PV System for Arts Gallery with an installed capacity of 30 kWp

A grid-connected photovoltaic system designed and installed to provide electricity to an arts gallery and exhibition spaces, funded by the European Union.