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.
Rising energy costs and fluctuating availability are making competitive pharmaceutical production in Europe increasingly difficult. Innovative energy solutions are an important factor in solving these problems and making Europe a more attractive location for the pharmaceutical industry again.
The heat transition is based on solutions that make the use of renewable electricity and industrial waste heat as sustainable and efficient as possible. Technology plays a key role here.
Independence from fossil fuels not only makes companies more economically resilient, but also more sustainable. Energy storage systems can help to successfully meet the challenges along the way.
In this interview, ENERGYNEST CEO Dr Christian Thiel talks about the decarbonization of industry, exciting solutions, and the question of why an attractive funding climate is so important for the industrial heat transition.
Food manufacturers are increasingly focussing their production on efficiency – to protect the climate, meet customer expectations and gain cost advantages. Heat accumulators are a key component of this.
“Renewable energies such as sun, water, or wind can cover no more than four percent of our electricity demand in the long term,” proclaimed major German electricity providers in 1993. What a misconception! Time for facts.
For two centuries, coal, oil and natural gas have fuelled the global economy, but in just over two decades, this will come to an end. The question is: where will the energy come from when all coal and gas-fired power plants are switched off?
Climate change and political dependencies show: Natural gas alternatives are needed. But what alternatives are there and what is suitable for industry? An overview.
Learn how the use of waste heat in industry leads to resource efficiency and cost reduction.
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.
Rising energy costs and fluctuating availability are making competitive pharmaceutical production in Europe increasingly difficult. Innovative energy solutions are an important factor in solving these problems and making Europe a more attractive location for the pharmaceutical industry again.
The heat transition is based on solutions that make the use of renewable electricity and industrial waste heat as sustainable and efficient as possible. Technology plays a key role here.
Independence from fossil fuels not only makes companies more economically resilient, but also more sustainable. Energy storage systems can help to successfully meet the challenges along the way.
In this interview, ENERGYNEST CEO Dr Christian Thiel talks about the decarbonization of industry, exciting solutions, and the question of why an attractive funding climate is so important for the industrial heat transition.
Food manufacturers are increasingly focussing their production on efficiency – to protect the climate, meet customer expectations and gain cost advantages. Heat accumulators are a key component of this.
“Renewable energies such as sun, water, or wind can cover no more than four percent of our electricity demand in the long term,” proclaimed major German electricity providers in 1993. What a misconception! Time for facts.
For two centuries, coal, oil and natural gas have fuelled the global economy, but in just over two decades, this will come to an end. The question is: where will the energy come from when all coal and gas-fired power plants are switched off?
Climate change and political dependencies show: Natural gas alternatives are needed. But what alternatives are there and what is suitable for industry? An overview.
Learn how the use of waste heat in industry leads to resource efficiency and cost reduction.