Power Engineering International: How to decarbonize industrial heat and meet net-zero targets with thermal energy storage from ENERGYNEST

Power Engineering International

written by

Share

For industries to cost-effectively decarbonize industrial heat, they have to end their dependence on gas and start electrifying their processes with efficient thermal energy storage.

As a society, we need to reduce our energy demand and speed up the integration of renewables without negatively affecting industrial output. This means switching to solid-state thermal batteries that harness surplus, or off-peak power, and available industrial heat for use on demand as secure, green steam and heat.

Tamsin Lishman, Chief Revenue Office at ENERGYNEST, expands on what steps industries assessing feasible options can do when it comes to the decarbonization of industrial heat.

A long-term plan to disincentivize fossil fuel use and encourage more sustainable forms of power generation from businesses is urgently needed.

To achieve this, recognition of where our energy consumption goes is crucial.

Latest News

Interview with Carlijn Lahaye after her first year as Managing Director of ENERGYNEST BV in the Netherlands

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.