With 41 projects installed globally, across different site, i.e. plants, data centre, commercial buildings, hotels, Environmental, Social, and Governance (ESG) programs have transcended buzzwords to become imperative. These initiatives propel companies beyond profit, emphasizing sustainability, social responsibility, and ethical governance. Investing in ESG is not just a corporate trend, but aligning businesses with global values, by prioritizing environmental impact, fostering social inclusivity, and upholding ethical governance practices, companies build resilience and enhance long-term value.

When producing heat, some heat is often remains unused, while efficiently managed waste heat generated during gas engine operations, HeatVentors Intelligent Thermal Battery stores thermal energy locally, reducing the waste of valuable heat to keep engine’s operational point within the optimal working zone, thus gas engines can significantly improve their energy efficiency, and reusing the former waste heat, reduce the carbon footprint. 

Scalability and expandability makes it a perfect fit for gas engine applications of varying sizes and power requirements with its innovative and cost-effective solution for gas engine waste heat management that can help businesses save money and reduce their environmental impact. It is capable of storing heat between -30 and 120 Celsius degrees. With cyclic thermal industrial processes, the heat produced once can be stored after use and reused in the next cycle.

Industrial thermal processes, cyclic heating up of a furnace, or timed cooling down of a tank are determined by the production process. The three features of Heatventors Intelligent Thermal Battery has been integrated to make its application cost-effective; the diversity and versatility of PCMs (for wide range temperature set up), the standard battery design and the scalability.

This helps to reduce the environmental impact of industrial operations. The controller of the battery is responsible for charging and discharging, whilst also storing data, which can be analysed by the process management system.

Sometimes, it is the basis of the know-how. Whether it is the controlled cooling process of beer production or the making of chocolate bon bons, the automation of production cycles or shifts within the day, make the thermal characteristic identifiable for planning heat recycling.

Energy savings for the entire thermal system can thus be achieved not only from the efficiency parameters of the HeatTank Thermal Battery, but also from the control function of the intelligent controller affecting the entire circuit, i.e. from setting an optimal operating range. Thus, the intelligence of the Thermal Battery, coupled with the efficiency of the energy storage function (size, weight, energy density, power dynamics) as an active and smart new element of the control circuit, optimizes the operation of the control circuit in together with the heating/cooling unit (energy saving, use of cheap electricity, noise reduction of HVAC system in the city).