We are excited to announce our participation in the EU-funded project HERCULES. The novel concept of the HERCULES project is that energy will be stored by both sensible heat and by thermochemical enthalpy storage, exploiting the benefit of a reduction/oxidation (redox) cycle of suitable low cost metal oxides. Energy produced by renewable sources, such as solar and wind, will power electrical heaters which will provide heat to a structured form of those oxides during the charging (reduction) phase. When energy needs to be retrieved, an air flow will be allowed to pass through the redox material and be heated by both stored sensible heat and by oxidation of the previously reduced redox material. The heated air flow will be utilised for providing heat to high temperature industrial processes that require it.
At Thermansys, we have always valued energy efficiency and are dedicated to designing products that minimize energy waste. Our participation in HERCULES aligns perfectly with our mission to reduce the negative environmental impacts of energy consumption, such as pollution and global temperature increases since the project’s main goal is the integration if renewable energy sources into industrial processes.
We are particularly enthusiastic about collaborating and exchanging ideas with the esteemed consortium members of the HERCULES project including leading research centers, universities, innovative SMEs, and large enterprises. This opportunity allows us to contribute our expertise while learning from others in the field. Our commitment to facing challenges head-on and continuously improving our capabilities drives our interest in research and innovation.
Joining HERCULES is a significant milestone for us, as it underscores our dedication to advancing sustainable energy solutions and promoting environmental stewardship. We look forward to the advancements and breakthroughs that will emerge from this collaborative effort.
