Powering
sustainability

Pomagamy społecznościom i firmom zmniejszyć emisję CO2 dzięki czystemu ciepłu.
Meriaura Energy projektuje i dostarcza duże instalacje solarne do produkcji ciepła dla lokalnych sieci ciepłowniczych oraz do użytku w przemyśle.
Przeczytaj więcej o tym, co robimy i jak przyczyniamy się do walki ze zmianą klimatu.

Łączna moc zainstalowana

78

MW

Średnia roczna produkcja ciepła

89900

MWh/Y

Łączna redukcja emisji CO2

19840

ton CO2

savosolar-who-we-are

Kim jesteśmy

Meriaura Energy jest wiodącym dostawcą dużych instalacji solarnych do produkcji ciepła. Nasz międzynarodowy zespół posiada doskonałą wiedzę i doświadczenie w zakresie ciepła słonecznego, ciepła sieciowego oraz ciepła w procesach przemysłowych. Nasza siedziba i początek naszej historii rozwoju znajduje się w Finlandii, ale działamy globalnie, umożliwiając naszym klientom osiągnięcie sukcesu niezależnie od tego, gdzie się znajdują. 

Aktualności

Noticias

Historie naszych klientów

W Meriaura Energy pomagamy naszym klientom osiągnąć sukces w ich działalności biznesowej oraz pracy na rzecz środowiska, dążąc jednocześnie do jak największej satysfakcji klienta. Obejrzyj film w języku angielskim, w którym Peter Blaser, dyrektor Ettenheim Fernwärme Ettenheim GmbH, opowiada o naszej pierwszej ciepłowni w Niemczech.

Meriaura Energy w mediach społecznościowych

Comments Box SVG iconsUsed for the like, share, comment, and reaction icons

With 930 collectors and an area of almost 15,000 m², the solar thermal plant in Verdun, France, supplies 8 GWh of decarbonized heat for the Lacto Serum factory nearby. The plant is owned and operated by Newheat.

Learn more about the project: meriauraenergy.com/cases/verdun-2/

#meriauraenergy #SolarThermalPlant #collectors #industrialprocessheating #reference #france
... Zobacz więcejZobacz mniej

With 930 collectors and an area of almost 15,000 m², the solar thermal plant in Verdun, France, supplies 8 GWh of decarbonized heat for the Lacto Serum factory nearby. The plant is owned and operated by Newheat.  Learn more about the project: https://meriauraenergy.com/cases/verdun-2/  #meriauraenergy #solarthermalplant #collectors #industrialprocessheating #reference #france

Industrial manufacturing companies face numerous challenges, including rising energy costs, supply security concerns, reducing carbon footprints, and the requirement to transition to carbon-free processes. Solar thermal as an energy source provides an effective solution to help address these challenges across a variety of application areas.

Flat plate collector-based solar plants provide a competitive source of heat for applications requiring heat below <100 °C. Cleaning-In-Place, drying processes and pasteurization requiring <100 °C can mainly be covered with solar thermal heat, through the heating of process feedwater and make-up water.

Common industrial application areas are:
☀️ Food processing
☀️ Breweries
☀️ Dairies
☀️ Make-up water for processes
☀️ Air drying processes (agricultural, food, bricks/tiles)

Learn more: meriauraenergy.com/home/customers/industrial-processes/

#meriauraenergy #solarthermal #cleanheat #industrialprocess #industrialmanufacturing
... Zobacz więcejZobacz mniej

Industrial manufacturing companies face numerous challenges, including rising energy costs, supply security concerns, reducing carbon footprints, and the requirement to transition to carbon-free processes. Solar thermal as an energy source provides an effective solution to help address these challenges across a variety of application areas.  Flat plate collector-based solar plants provide a competitive source of heat for applications requiring heat below

Decarbonization in progress in Germany. ☀️ Last year, we signed a delivery agreement with German BürgerEnergie Steyerberg-Fernwärme eG for the turnkey delivery of a solar thermal plant in Steyerberg in northwestern Germany. The news was also acknowledged by the German-Finnish Chamber of Commerce AHK Finnland, which kindly shared it for their network.

The plant includes a 13,700 square meter solar thermal facility and a heat storage system for district heating production. In the future, it will deliver around 6 GWh of sustainable heat to the inhabitants of the city.

The project is currently ongoing and the solar thermal plant complex is planned to be completed in 2025.

Learn more: meriauragroup.com/meriaura-group-oyj-inside-information-meriaura-energy-to-deliver-a-solar-therma...

#meriauraenergy #SolarThermalPlant #companyannouncement #districtheating #decarbonization #CleanHeat #germany
... Zobacz więcejZobacz mniej

Decarbonization in progress in Germany. ☀️ Last year, we signed a delivery agreement with German BürgerEnergie Steyerberg-Fernwärme eG for the turnkey delivery of a solar thermal plant in Steyerberg in northwestern Germany. The news was also acknowledged by the German-Finnish Chamber of Commerce AHK Finnland, which kindly shared it for their network.  The plant includes a 13,700 square meter solar thermal facility and a heat storage system for district heating production. In the future, it will deliver around 6 GWh of sustainable heat to the inhabitants of the city.  The project is currently ongoing and the solar thermal plant complex is planned to be completed in 2025.  Learn more: https://meriauragroup.com/meriaura-group-oyj-inside-information-meriaura-energy-to-deliver-a-solar-thermal-plant-for-steyerberg-municipality-in-germany/  #meriauraenergy #solarthermalplant #companyannouncement #districtheating #decarbonization #cleanheat #germany
Load more

Our references

placeholder-image2

Lorem ipsum dolor sit amet, consectetur adipiscing elit.

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.

placeholder-image1

Lorem ipsum dolor sit amet, consectetur adipiscing elit.

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.

placeholder-image2

Lorem ipsum dolor sit amet, consectetur adipiscing elit.

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.