What the Project Is
The INTELLIGENT THERMAL BATTERY represents radically better ways in heating and cooling. This revolutionary approach in thermal energy storage is designed to produce heat when it is most economical, store it efficiently, and then release it on demand. The system is compact, scalable, and modular by design, practically suitable even for indoor installations. It enables substantial energy savings of between 20-50% by using innovative phase change materials and a proprietary high-performance heat exchanger. In essence, it is the revolution of storing thermal energy – a thermal battery that charges when low-cost energy is available and discharges exactly when operations benefit the most… a game changer in sustainable energy.
Main Benefit
Key figures and facts illustrate just how impactful this technology can be. The thermal battery offers remarkable advantages, including:
- Substantial energy savings (up to 50+%)
- Up to 90% space saving and weight saving
- 2-5 YEARS ROI
- 20-50% reduction in CO2 emissions
- 25kW-GWs scalable capacity
- 25Y+ lifetime
- Auditability of energy savings, costs, and CO2 emissions
Efficient Energy Storage and Control
The core challenge addressed by the thermal battery is achieving economical heating or cooling when it is needed most. By charging when low-cost energy is available and discharging during higher demand periods, the system ensures that energy is always used in an optimal manner… The solution is simple yet ingenious: produce heat when it is economical, store that energy for hours, days, or even longer without extra input, and then discharge it when conditions are most favorable. This method not only balances fluctuating energy prices but also reduces energy waste by reusing once produced heat multiple times – an approach that benefits operational security and maximizes efficiency.
Innovative Design and Components
Featuring a proprietary, self-learning controlling algorithm, the thermal battery continuously monitors temperature, energy availability, and workpoints to optimize the charge and discharge process. This intelligent controller connects seamlessly to the heating and cooling circuits, tracking the availability of cheaper energy and adapting to changes in both indoor and outdoor temperatures. The high-performance heat exchanger ensures maximum performance and a long lifespan without additional maintenance. By integrating dozens of carefully selected phase change materials, the system achieves high energy density and operates within a wide temperature range – all of which translate into a cost-effective, reliable, and eco-friendly solution.
System Applications & Integration
The versatile thermal battery offers seamless compatibility across various heating and cooling systems. Whether it is connecting to a legacy HVAC system, directly integrating with an air to water heat pump, or concentrating solar radiation in a solar panel setup, this thermal energy storage unit adapts effortlessly. There is even the possibility of converting photovoltaic (PV) electrical energy into stored thermal energy. In industrial or commercial environments, its integration can reduce maintenance costs, align energy consumption with occupancy levels in hotels, decrease cooling energy in server parks, and even provide backup power in case of HVAC system failure. This level of flexibility allows the system to buffer energy between green suppliers and district heating or cooling consumers, ultimately reducing the carbon footprint.
Project Impact
- SDG 7: Affordable and Clean Energy – By significantly reducing energy costs and maximizing the use of renewable or low-cost energy sources.
- SDG 9: Industry, Innovation and Infrastructure – Through its innovative design and scalable, modular build that supports infrastructure growth.
- SDG 11: Sustainable Cities and Communities – By contributing to reduced CO2 emissions and increased building energy efficiency.
- SDG 13: Climate Action – With a substantial reduction in CO2 emissions and a clear commitment to sustainability.
- SDG 12: Responsible Consumption and Production – By promoting energy storage that improves operational security and responsible resource management.
Future Outlook and Flexibility
The HEATVENTORS THERMAL BATTERY, available in standard sizes such as HeatTanks and GigaBattery, presents a forward-thinking solution that is easily expandable. Its compact design allows for up to 90% space and weight savings, making it an attractive option for urban settings with limited space. The strategic combination of intelligent control, reliable components, and adaptable installation methods translates to a system that can evolve along with energy demands. Businesses will find that this technology not only reduces maintenance costs but also extends the lifecycle of traditional heating and cooling systems by reusing once produced energy multiple times – showcasing flexibility in network management and integration. With an engaging mix of high reliability and reduced operational complexities, the thermal battery ensures that energy is stored and released exactly when needed, making way for a sustainable and secure future.
