Powering
sustainability

Ayudamos a comunidades y empresas a reducir las emisiones de CO2 con calor limpio.
Meriaura Energy diseña y suministra grandes instalaciones solares térmicas para redes de calor y uso industrial.
Lea más información sobre lo que hacemos y nuestra contribución a la lucha contra el cambio climático. 

Capacidad instalada

78

MW

Producciónn energética media anual

89900

MWh

Reducción total de emisiones de CO2

19840

toneladas CO2

savosolar-who-we-are

Quiénes somos

Meriaura Energy es un proveedor líder de grandes instalaciones solares térmicas. Nuestro equipo internacional cuenta con excelentes conocimientos y experiencia en el ámbito de la energía solar térmica, las redes de calor y el calor de procesos industriales. Nuestra sede y nuestros orígenes se encuentran en Finlandia, pero operamos de forma global para hacer posible el éxito de nuestros clientes donde quiera que se encuentren. 

Noticias

Noticias

Testimonios de nuestros clientes

En Meriaura Energy ayudamos a nuestros clientes a alcanzar el éxito en su negocio y en su labor medioambiental, tratando siempre de lograr la mayor satisfacción posible del cliente. En este vídeo (en inglés) puede ver lo que cuenta Peter Blaser, director general de Ettenheim GmbH, sobre nuestra primera instalación en Alemania. 

Meriaura Energy en las redes sociales

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

Comprising nearly 900 solar collectors and spanning an area of 13,000 m2, the solar thermal system in Issoudun, France, is the second-largest in France and the second largest dedicated to industrial process heating in Europe.

The heat generated by the system is sold to a malt drying factory operated by Malteries Franco-Suisses by Kyotherm Solar specializing in the third-party financing of renewable heat and energy efficiency projects.

Meriaura Energy was responsible for delivering the majority of the solar thermal plant, including the solar collector field, civil work, piping and design. The plant was installed in 2021.
... Ver másVer menos

Comprising nearly 900 solar collectors and spanning an area of 13,000 m2, the solar thermal system in Issoudun, France, is the second-largest in France and the second largest dedicated to industrial process heating in Europe.  The heat generated by the system is sold to a malt drying factory operated by Malteries Franco-Suisses by Kyotherm Solar specializing in the third-party financing of renewable heat and energy efficiency projects.  Meriaura Energy was responsible for delivering the majority of the solar thermal plant, including the solar collector field, civil work, piping and design. The plant was installed in 2021.

0 ComentariosComment on Facebook

Heating, in general, is the most significant energy use worldwide. Supplying heat for homes, industry and other purposes makes up approximately 50% of the world's total energy consumption. This is considerably higher than electricity (20%) and transportation (30%).

To limit climate change, we need to transition the global energy sector from fossil-based to zero-carbon by the second half of the century. The Net Zero emissions by 2050 scenario means that there is a need for a shift from fossil fuels to clean, renewable heat.

Meriaura Energy is at the heart of this great change, providing an endless clean heat source, taking us towards a more sustainable future.
... Ver másVer menos

Heating, in general, is the most significant energy use worldwide. Supplying heat for homes, industry and other purposes makes up approximately 50% of the worlds total energy consumption. This is considerably higher than electricity (20%) and transportation (30%).  To limit climate change, we need to transition the global energy sector from fossil-based to zero-carbon by the second half of the century. The Net Zero emissions by 2050 scenario means that there is a need for a shift from fossil fuels to clean, renewable heat.  Meriaura Energy is at the heart of this great change, providing an endless clean heat source, taking us towards a more sustainable future.

0 ComentariosComment on Facebook

A forerunner project in the large-scale solar thermal market: the first solar thermal field featuring double-glass collectors on trackers. This innovation is designed to optimize annual solar production, addressing the challenges posed by limited available area.

The solar thermal plant, installed in 2021, is owned by newHeat. The solar heating system, consisting of 112 collectors spread across an area of 1,661 m2, supplies heat to the district heating network of the city of Pons, France, which is operated by Dalkia.

Learn more: meriauraenergy.com/en/cases/pons-2/

#meriauraenergy #solarthermal #solarthermalfield #collectors #SolarThermalPlant #solarheatingsystem #districtheating #france
... Ver másVer menos

A forerunner project in the large-scale solar thermal market: the first solar thermal field featuring double-glass collectors on trackers. This innovation is designed to optimize annual solar production, addressing the challenges posed by limited available area.  The solar thermal plant, installed in 2021, is owned by newHeat. The solar heating system, consisting of 112 collectors spread across an area of 1,661 m2, supplies heat to the district heating network of the city of Pons, France, which is operated by Dalkia.  Learn more: https://meriauraenergy.com/en/cases/pons-2/  #meriauraenergy #solarthermal #solarthermalfield #collectors #solarthermalplant #solarheatingsystem #districtheating #france

0 ComentariosComment on Facebook

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.