Heat as a Service (HaaS): The future of industrial heat supply
The heat transition is a key focus of many corporate sustainability strategies. At the same time, the flexibilization of heat procurement offers great potential.
The heat transition is a key focus of many corporate sustainability strategies. At the same time, the flexibilization of heat procurement offers great potential.
Energy storage is a key topic for the industry. After all, the energy transition and thus the shift to renewable energy sources plays an important role for the ESG and sustainability goals and strategies of companies.
Green hydrogen and thermal energy storage play an important role in the decarbonization of our industry. The advantages of both technologies at a glance.
The pulp and paper industry is considered energy-intensive. But new solutions around recycling and energy storage raise great hopes. There is a lot of potential in thermal energy storage solutions.
Energy storage systems can help to successfully integrate volatile energy sources – and thus make the energy market more secure and flexible.
In the energy-intensive food & beverages industry, there are high requirements for the continuous availability of sustainable energy. Against this background, thermal energy storage systems offer great potential.
Modern energy storage systems that are quickly ready for use can provide important support to reduce dependence on gas in the chemical industry and drive electrification.
Thermal energy storage systems play an important role for companies in making the transition to sustainable production economically profitable.
Storing solar energy in order to utilize the power of the sun at night: Thermal energy storage plays an important role when switching to a renewable energy supply.
Storing wind energy and using it in a time-delayed manner to enable a reliable and stable supply of renewable energy. With energy storage, the full potential of wind power can be exploited and dependence on natural gas imports can be reduced.
The heat transition is a key focus of many corporate sustainability strategies. At the same time, the flexibilization of heat procurement offers great potential.
Energy storage is a key topic for the industry. After all, the energy transition and thus the shift to renewable energy sources plays an important role for the ESG and sustainability goals and strategies of companies.
Green hydrogen and thermal energy storage play an important role in the decarbonization of our industry. The advantages of both technologies at a glance.
The pulp and paper industry is considered energy-intensive. But new solutions around recycling and energy storage raise great hopes. There is a lot of potential in thermal energy storage solutions.
Energy storage systems can help to successfully integrate volatile energy sources – and thus make the energy market more secure and flexible.
In the energy-intensive food & beverages industry, there are high requirements for the continuous availability of sustainable energy. Against this background, thermal energy storage systems offer great potential.
Modern energy storage systems that are quickly ready for use can provide important support to reduce dependence on gas in the chemical industry and drive electrification.
Thermal energy storage systems play an important role for companies in making the transition to sustainable production economically profitable.
Storing solar energy in order to utilize the power of the sun at night: Thermal energy storage plays an important role when switching to a renewable energy supply.
Storing wind energy and using it in a time-delayed manner to enable a reliable and stable supply of renewable energy. With energy storage, the full potential of wind power can be exploited and dependence on natural gas imports can be reduced.