Produce cheap and sustainable electricity yourself
How a photovoltaic system works
A photovoltaic system is an energy system that produces electricity directly from the sun. The solar panels can be placed on the building’s facade, roof or at ground level. The most common way to do it today is still to mount the solar panels on the roof.
The solar cells supply DC current (direct current) to an inverter that translates this into AC (alternating current). The alternating current is fed into a circuit in the fuse box and the power can be consumed in the building. If the solar cells produce more electricity than is used, this will be sent to the grid.
Why should you invest in a photovoltaic system?
Cheap electricity
By producing your own electricity, you save on both electricity costs and grid rent.
Long service life
Photovoltaic systems have a performance guarantee of 30 years.
It is simple
You get seamless installation and little or no maintenance.
Reduce your carbon footprint
Solar power is a clean and renewable energy source. The electricity from here is therefore free of CO2 emissions.
Sell your production surplus
You can monetize your surplus electricity by selling what you don’t use back to the grid. By selling your surplus electricity, you also help to reduce CO2 emissions from the electricity grid in general.
Make climate reporting easy
To make this easy, we have developed our own management system that gives you access to monthly and annual sustainability reports. The reports contain data such as CO2 saved, solar production and consumption and electricity sold.
Get full control with smart control
All plants have their own dashboard that shows all production data in real time and historically. As a user, you have access via both mobile and PC. In addition, you get access to a real-time view of solar production, how the electricity is used and whether the electricity is sold online.
Be confident that your system will last
To protect solar installations from wind and extreme weather, we use the supplier’s own ballast calculation system. We make these calculations for each individual installation so that the ballast is precise and you can be sure that the installation is safe.
The solar park at the airport
In the spring of 2022, Stavanger Airport at Sola installed a solar park on the outskirts of the airport. The system consists of 1,780 xl panels of 881 kWp.
Solar production: 789,638 kWh/year
CO2 savings: 317,384 kg/year
Smed AS
In the fall of 2023, Smed AS had solar cells installed on the facade of its office building in Dusavik. The system consists of 479 solar panels of 211 kWp.
Solar production: 175,508 kWh/year
CO2 savings: 82,470 kg/year
Stangeland Machine
Stangeland Maskin has installed solar panels at its head office in Sola, which consists of several buildings. The system consists of a total of 2210 panels of 909.77 kWp.
Solar generation: 829,155 kWh/yearCO2 savings: 389,640 kg/year
Petter Aarestad
In the fall of 2022, farmer Petter Aarestad had a photovoltaic system with 352 panels of 138 kWp installed on his farm at Undheim.
Solar production: 148,565 kWh/year
CO2 savings: 69,761 kg/year
Photovoltaic systems for all types of buildings
Agriculture
We supply solar cells to all types of farms.
Industry and business
We assist your company in setting up a photovoltaic system.
Private homes
If you want solar cells on your own rooftop, our subsidiary Soln can help you.
Want to know more about photovoltaics?
Then we would like to talk to you! Send us a message and we’ll get back to you as soon as possible.
projects to customers in various industries
employees with interdisciplinary expertise
kWh of electricity saved by our customers in 2023
tons of CO2 our customers saved the environment in 2023