Tarjoamme kaikki aurinkoenergian tuotteet ja palvelut saman katon alta yli 40 … Contact online >>
Tarjoamme kaikki aurinkoenergian tuotteet ja palvelut saman katon alta yli 40
Salo Tech, the subsidiary of Solar Finland starts to use only monocrystalline silicon
The idea of setting up a manufacturing line and producing our own high-quality
Salo Tech Oy manufactures Finnish SALO® Solar Panels in a manufacturing plant
Oma Helen / Contact us / 24/7 phone line for movers / Disruptions
Generating electricity with your own solar panels helps conserve the environment and save money. Take advantage of our solar power experience and request a quote for our solar power plant solutions.
Solar panels are suitable for the roofs of detached homes regardless of the type of roof. Our system components have been selected especially for Finnish conditions, with specific mounting systems for different roof types. Our solar panel packages are always tailored according to each customer''s needs. You are eligible for a tax credit for household expenses for the installation of solar panels.
We deliver and install solar panels in most regions of Finland. At present, the excluded regions are Lapland and Åland. We make it easy for you to take advantage of solar panels, and we ensure that your solar panels start producing electricity as expected. We also monitor the production of the solar panels throughout their lifespan.
We ensure that the entire process of purchasing solar panels goes smoothly, from the initial inspection to installation and deployment. You will get everything you need from a single reliable supplier as a convenient turnkey delivery. Solar power systems do not require much maintenance, and we are always ready to help you with any questions you might have about your system.
The steps of the purchase
A reliable and high-quality choice for producing your own renewable electricity in an eco-friendly and efficient manner. Hehku solar power plants consist of conventional grey-black p-mono PERC solar panels.
A solar power plant that features advanced technology and consists of all-black n-type HJT solar panels. Hohde solar power plants provide an excellent power output guarantee, conversion efficiency and output, especially in high temperatures.
There is plenty of solar energy available in Finland, and solar power is predicted to be one of the lowest-cost electricity production methods in the coming years. Even in the current circumstances, a solar power system pays itself back before the end of the warranty period, provided that we determine the size of the system based on your actual electricity consumption. With the growing appeal of solar power, solar panels also increase the value of your home.
Helen also offers solar power solutions to businesses and housing companies.
The result of the solar calculator is based on data compiled by Sun Energia and a simulation of the solar power potential of a building''s roof, taking into account the alignment, inclinations, structures and shading factors of the roof as well as the local weather data.
The building at the address entered into the calculator may not be viable for solar panels as the roof is subject to significant shading. The calculator may also give a zero result if the building cannot be found in the database.
New buildings, in particular, may not always be found in the map database, or there may be an error in the data. In some cases, the solar power potential cannot be calculated due to inaccuracies in the map database.
You can also roughly estimate your roof''s viability for solar panel by checking how much sunshine the south-facing roof of the building gets.
In southern Finland, the annual output of a 1,100 Wp solar power system at a 30–45-degree angle amounts to about 900 kWh per year. The total annual output in the southern parts of Finland is about the same as in northern Germany. Use our calculator to see your output potential.
Annual amount of solar radiation (click to open the picture)
Wp refers to the system''s maximum capacity in watts and kWp in kilowatts.
In the solar power survey, we will scale the system to meet your needs. The most beneficial way to use a solar power system is to set it up in a way that all the energy produced goes to your own use. Because of this, the survey is carried out on the basis of your home''s electricity consumption during a summer day.
A three-phase system will distribute the production across all the electricity-consuming phases in your home, which means that a larger share of your production goes to your own use. Moreover, air-source heat pumps and electric vehicle charging points may increase your home''s electricity consumption in the future. Because of this, a single-phase system, in other words a system that only provides electricity for one phase in your home, is not a cost-effective option in the long term.
HJT stands for Heterojunction Technology. In HJT solar panels, the silicon cells are surrounded by a layer of amorphous silicon. HJT is new-generation technology that started to gain in popularity in 2023. The technology offers more reliable performance, better and improved heat resistance in solar panels.
In a solar power inspection, the most suitable solar photovoltaic system for the customer is designed and an offer on the installation work and equipment, including installation accessories, is made according to the specifications of the installation site.
You can deduct the share of your solar power package''s installation in your taxes. In 2023, the maximum tax credit for household expenses is EUR 2,250. In our invoice, you will see the share deductible as tax credit for household expenses, itemised for your convenience. The tax-deductible part is 40% of the installation costs of the solar power system''s total price, while your own contribution is EUR 100. For more information, please visit
Generally speaking, an action permit is not required when the panels are mounted in line with the slope of the roof and the building is not a protected structure. However, municipalities have not harmonised their policies regarding this matter, which is why we recommend that you contact the building supervision authorities and check the building regulations of your municipality before ordering a solar power system. Helsinki, Espoo and Vantaa, for example, do not require permits as long as the building is not an important site in terms of protected built heritage, historical value or cityscape and the system is mounted in line with the slope of the roof. Various other municipalities require an action permit from the building supervision authorities.
Helen will offer assistance in any building and action permit issues. However, the customer is ultimately responsible for handling the permits.
Helen will fill in the grid integration permit application delivered to the grid company on behalf of the customer.
You can use Helen''s solar power calculator to find out how much solar energy you could produce by mounting panels on your roof. The calculator takes into account any shade hitting your roof, such as other buildings and trees. For a detailed estimate of the best solar panel solution for you, please order a survey.
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