Nordic solar provider with complete energy storage solutions

We deliver throughout the Nordic region, originating from Kungsbacka!

Our complete solution means that we take care of everything from consulting and project planning to installation, final inspection and commissioning of your system. We are of course also available after final installation and are always available for support!

Photovoltaic systems work through a relatively simple, but very effective process. Solar panels, often mounted on your roof, are filled with solar cells that convert the sun's rays into electricity. When these cells are hit by sunlight, they generate electrical voltage, which creates direct current. This direct current cannot be used in the home as it is, which is where the inverters come into the picture. The inverter converts the direct current into alternating current, which is the type of electricity we use in our homes.

Unused electricity from the solar panels is managed in a smart way; it can be stored in a photovoltaic battery, called a battery storagefor later use in the home. Or it can be sold back to the grid, which in turn provides an economic benefit. The whole system works automatically and the inverter plays a key role in optimizing the distribution of energy so that it is always used in the most profitable way. This process makes photovoltaic installations an environmentally friendly and cost-effective energy solution, reducing dependence on fossil fuels and contributing to lower CO2 emissions.

A solar panel in Sweden can generate between 800 and 1,100 kilowatt hours (kWh) per installed kilowatt peak (kWp) in a year. For a typical 10.4 kWp solar panel, this means an annual production of between 8,300 and 11,400 kWh. The exact amount depends on several factors, including geographical location, solar panel orientation and local weather conditions.

Kilowatt-hour, abbreviated kWh, is a unit for measuring energy consumption, corresponding to the energy consumed by an appliance with a power of one kilowatt during one hour of use. It is commonly used to measure and bill electricity use, both in households and industries. By quantifying energy use in kWh, users can compare the efficiency of different electrical devices and understand the costs of their energy consumption.

The abbreviation kWp stands for kilowatt peak, which is a unit used to describe the maximum power output that a solar panel or photovoltaic system can produce under optimal conditions. It is a standardized measurement that makes it possible to compare the performance of different solar energy systems, regardless of solar cell type or manufacturer.