Tailor-made energy solutions for real estate, municipalities and industry

Photovoltaic systems convert sunlight into electricity through solar cells. Companies can use this for lighting, air conditioning and other appliances. The solar cells are mounted on roof surfaces, in solar systems or in solar modules and do not cause any emissions or other harmful effects on the environment. As a result, photovoltaics is a powerful and reliable source of energy that can be used in many parts of Switzerland and is a cost-effective alternative to fossil fuels.

• Clean: As an emission-free and renewable energy source, photovoltaics protects the environment.
• A photovoltaic system can cover part of your electricity requirements and thus reduce your energy costs.

Solar thermal energy uses solar energy to store heat. The solar panel absorbs the heat energy from the sun and stores it in a heat transfer medium. This heat is then transferred to the building for heating or hot water preparation. Solar thermal energy is one of the few technologies that can combine heat and power generation. As a result, it is one of the most widely used renewable energies and can be used in various sizes and forms to meet the energy needs of a wide range of buildings.

• Reliable: Solar thermal energy is a reliable and continuous source of energy, especially in places with many sunny days.
• Whether heat or electricity, with solar energy you can react flexibly to your energy needs.

Heat pumps extract thermal energy from the ambient air, the ground or groundwater and feed it into a building. As a result, heat pumps can heat or cool building facilities. Heat pumps also have the advantage that they can be used for a very long time and are comparatively low-maintenance.

• Energy-efficient: Heat pumps use ambient heat and are therefore one of the most efficient heating methods.
• Heat pumps are available in various sizes and designs to suit the needs of your application.

In geothermal energy, energy is absorbed from the earth's interior and used as heat or electricity.

Renewable geothermal energy uses geothermal power plants to utilize the hot water deposits in the earth's interior to generate electricity.
Non-renewable geothermal energy, on the other hand, relies on the heat of hot water or steam from deeper layers of rock.

This cost-effective extraction process produces no exhaust gases and almost inexhaustible energy.

• Inexhaustible: Geothermal energy converts heat from the earth's interior and covers your energy needs almost indefinitely.
• Geothermal energy is a renewable energy source that we operate without fossil fuels or harmful emissions.

Agrothermal energy uses heat from the environment to generate energy. It is a form of geothermal energy in which the excess heat from agricultural facilities is used.

The thermal energy from crop rotations, liquid manure, animal heat, waste water and other agricultural sources is used to heat and cool buildings, generate electricity or for other applications.

Agrothermal energy is environmentally friendly, produces no additional harmful emissions and is comparatively inexpensive. In addition, agrothermal energy can contribute to the local economy by using agricultural land as an energy source.

• Flexible: With agrothermal energy, you get both heating and cooling, whatever you need in your property.

The ice store uses the waste heat from the building to produce and store ice. During the day, the waste heat is used to turn water into ice. At night or on particularly hot days when cooling is required, the stored ice is used to support cooling.

• Energy storage: Ice storage units store energy cheaply, which you can use again when energy prices are higher.

Hydrogen is a universal energy carrier that is easy to produce, store and transport. Its combustion produces neither harmful exhaust gases nor CO₂.

• Universal: Hydrogen is a polyvalent energy carrier and is available to you as an energy source for a wide variety of projects.
• Hydrogen burns to form pure water and is therefore an extremely clean source of energy.