Companies that do not electrify their processes risk rising costs, regulatory hurdles, and competitive disadvantages. Power-to-heat offers an efficient solution to reduce energy costs and ensure the future viability of production.
Despite its high recycling rate, the paper industry faces major challenges, particularly in the energy-intensive production process. Thermal energy storage systems can play a key role here by efficiently utilising renewable energy and supporting the implementation of sustainable production methods.
In a time of increasing energy crises, energy security is becoming a decisive competitive factor for companies. Thermal storage technologies make it possible to store energy efficiently, bridge supply gaps, and reduce dependency on volatile energy markets. Energy-intensive industries, in particular, benefit from greater resilience, lower energy costs, and a significant contribution to climate goals.
In this interview, Francisco Berdasco Balbuena, VP Supply Chain at ENERGYNEST, talks about the production and assembly of the ThermalBattery™, the implementation of sustainability standards and the measures to strengthen the resilience of the supply chain.
Thermal energy storage systems are revolutionising Industry 4.0, supporting flexible, efficient energy management in networked, digital factories. Discover how IoT and AI are setting new standards.
A recent study shows that the industrial heat transition is not only an ecological necessity, but also a real economic opportunity: In Germany, for example, a total of up to 21 billion euros could be saved annually in energy costs for the provision of process heat.
PPAs offer companies stable and in many cases more cost-effective electricity prices as well as an improvement in their own emissions balance without having to invest in the construction of renewable energy plants themselves. In combination with thermal storage systems, this energy can be utilised even more efficiently and flexibly.
As part of emissions trading, companies can save costs directly by reducing their CO2 emissions: This is because the less CO2 is emitted, the fewer CO2 certificates a company needs. Here’s what you need to know.
Economic considerations play a key role in the switch to a renewable energy supply. With thermal energy storage systems such as the ThermalBattery™, companies can significantly reduce their energy consumption and therefore their energy costs.
Comparison of lithium-ion batteries and ThermalBattery™ in terms of performance, service life, safety and environmental friendliness. Find out which technology is best suited to your industrial requirements.
Companies that do not electrify their processes risk rising costs, regulatory hurdles, and competitive disadvantages. Power-to-heat offers an efficient solution to reduce energy costs and ensure the future viability of production.
Despite its high recycling rate, the paper industry faces major challenges, particularly in the energy-intensive production process. Thermal energy storage systems can play a key role here by efficiently utilising renewable energy and supporting the implementation of sustainable production methods.
In a time of increasing energy crises, energy security is becoming a decisive competitive factor for companies. Thermal storage technologies make it possible to store energy efficiently, bridge supply gaps, and reduce dependency on volatile energy markets. Energy-intensive industries, in particular, benefit from greater resilience, lower energy costs, and a significant contribution to climate goals.
In this interview, Francisco Berdasco Balbuena, VP Supply Chain at ENERGYNEST, talks about the production and assembly of the ThermalBattery™, the implementation of sustainability standards and the measures to strengthen the resilience of the supply chain.
Thermal energy storage systems are revolutionising Industry 4.0, supporting flexible, efficient energy management in networked, digital factories. Discover how IoT and AI are setting new standards.
A recent study shows that the industrial heat transition is not only an ecological necessity, but also a real economic opportunity: In Germany, for example, a total of up to 21 billion euros could be saved annually in energy costs for the provision of process heat.
PPAs offer companies stable and in many cases more cost-effective electricity prices as well as an improvement in their own emissions balance without having to invest in the construction of renewable energy plants themselves. In combination with thermal storage systems, this energy can be utilised even more efficiently and flexibly.
As part of emissions trading, companies can save costs directly by reducing their CO2 emissions: This is because the less CO2 is emitted, the fewer CO2 certificates a company needs. Here’s what you need to know.
Economic considerations play a key role in the switch to a renewable energy supply. With thermal energy storage systems such as the ThermalBattery™, companies can significantly reduce their energy consumption and therefore their energy costs.
Comparison of lithium-ion batteries and ThermalBattery™ in terms of performance, service life, safety and environmental friendliness. Find out which technology is best suited to your industrial requirements.
