ENERGYNEST is officially certified according to ISO 9001:2015
With ISO certification for its own quality management system, ENERGYNEST continues to strive to maintain the highest standards and continuously improve its internal processes.
With ISO certification for its own quality management system, ENERGYNEST continues to strive to maintain the highest standards and continuously improve its internal processes.
For the paper industry as an energy-intensive sector, climate neutrality poses a particular challenge. The key to successfully decarbonising the industry is to make steam and heat production both reliable and affordable. Thermal storage systems can already be a key to mastering this balancing act.
High gas prices and increasing demands for sustainable production: the glass industry is facing major challenges. Thermal energy storage systems support the industry on its way to a secure and sustainable energy supply.
Latest coverage of ENERGYNEST, its ThermalBattery™, current projects and high-temperature energy storage solutions.
ENERGYNEST CEO Christian Thiel talks to Andrej Orel, Director Segment City and Infrastructure at EBV Elektronik, in the “Passion for Technology” podcast about the current challenges within the energy market for the industry and possible solutions.
How do conventional storage solutions perform in industry and what are the advantages of ThermalBattery™?
Turning electricity into heat offers various advantages – both for the system integration of renewable energy sources and for industry, which can decarbonise its process heat in this way.
Declining sales, the after-effects of the coronavirus pandemic and fluctuating energy prices are making it increasingly difficult for the beverage industry to produce competitively. Innovative solutions such as energy storage systems are helping to ensure long-term profitability.
The Norwegian company is in negotiations with major local industrial operators to install their thermal storage systems in their production centers.
In this interview, Dr. Høivik, VP Technology & Research at ENERGYNEST, explains how thermal energy storage systems work and what makes them so attractive in industrial practice.
With ISO certification for its own quality management system, ENERGYNEST continues to strive to maintain the highest standards and continuously improve its internal processes.
For the paper industry as an energy-intensive sector, climate neutrality poses a particular challenge. The key to successfully decarbonising the industry is to make steam and heat production both reliable and affordable. Thermal storage systems can already be a key to mastering this balancing act.
High gas prices and increasing demands for sustainable production: the glass industry is facing major challenges. Thermal energy storage systems support the industry on its way to a secure and sustainable energy supply.
Latest coverage of ENERGYNEST, its ThermalBattery™, current projects and high-temperature energy storage solutions.
ENERGYNEST CEO Christian Thiel talks to Andrej Orel, Director Segment City and Infrastructure at EBV Elektronik, in the “Passion for Technology” podcast about the current challenges within the energy market for the industry and possible solutions.
How do conventional storage solutions perform in industry and what are the advantages of ThermalBattery™?
Turning electricity into heat offers various advantages – both for the system integration of renewable energy sources and for industry, which can decarbonise its process heat in this way.
Declining sales, the after-effects of the coronavirus pandemic and fluctuating energy prices are making it increasingly difficult for the beverage industry to produce competitively. Innovative solutions such as energy storage systems are helping to ensure long-term profitability.
The Norwegian company is in negotiations with major local industrial operators to install their thermal storage systems in their production centers.
In this interview, Dr. Høivik, VP Technology & Research at ENERGYNEST, explains how thermal energy storage systems work and what makes them so attractive in industrial practice.