Product Details

120℃ Medium-Temperature Phase-Change Thermal Battery

Based on its proprietary high energy storage density and stable phase-change materials, HeatMate has developed an efficient phase-change thermal battery. This battery collects and stores low-cost, intermittent energy sources such as off-peak electricity, solar energy, and industrial waste heat, and releases them in a controlled manner. It is widely used in clean heating, hot-water supply, grid peak regulation, and photovoltaic and solar thermal energy utilization.

Parameters

Core advantages

High Heat Storage Temperature

Stable heat output of 90°C or more to meet the demand for medium-temperature hot water.

High Heat Storage Density

Heat storage capacity is 5 to 8 times that of water of the same volume.

Low Operating Costs

Utilizes low-cost energy, operational costsreduced by 30% to 70%, achieving low-carbon or zero-carbon heating.

Long Service Life

Equipment lifespan exceeds 20 years.

Green, Safe, and Environmentally Friendly

Operates at atmospheric pressure, no harmful emissions, non-flammable, recyclable.

High Charge and Discharge Efficiency

Charging in 6 to 8 hours, efficiency >95%, lessthan 5% heat loss after 24 hours of standing.

Heat storage/Heating systems

01 Medium-Temperature Thermal Battery

Phase-change thermal battery are modularly installed to form thermal storage systems that store different energy sources in the form of heat.

02 Heat Source Equipment

Commonly used heat source equipment including thermal oil boilers, solar collectors, medium temperature waste heat boiler, etc.; converting different forms of energy into heat.

03 Circulation Pumps

Circulation pumps circulate the working medium (water or thermal oil) to transfer heat from the heat source equipment to the thermal battery or the user end.

04 Heat Exchangers

Heat exchangers are often plate heat exchangers or volumetric heat exchangers, which transfer heat from the first network to the second network.

05 Intelligent Control System

Intelligent control system realizes the switching of the system's charging and discharging modes and provides heat through the pipeline electric valve.

Operation mode

Heat Charging

Heat is stored in the phase-change thermal battery by utilizing cheap energy such as valley electricity, solar energy, and waste heat.

Heat Release

Release the heat stored in the thermal battery; reduce the use of high-priced energy,reduce operating costs, and realize low-carbon or zero-carbon heat supply.

Applicable scenarios

Using advanced phase-change or high-density thermal materials, Heat Battery Storage retains heat with minimal loss, ensuring that stored thermal energy is available when it’s needed most. Whether it’s for space heating, hot water systems, or industrial processes, Heat Battery Storage ensures consistent energy delivery while optimizing overall energy use. Its compact, modular design allows for easy integration into new or existing infrastructure, offering versatility across a wide range of applications.

One of the major advantages of Heat Battery Storage is its ability to reduce dependence on traditional heating systems that rely on fossil fuels. By storing thermal energy efficiently, it helps to shift energy consumption away from peak demand periods, balancing the grid and supporting the transition to a cleaner energy future. With lower operating costs and minimal maintenance, Heat Battery Storage also provides significant long-term savings.

Heat Battery Storage not only improves energy efficiency but also enhances resilience. In the event of power outages or supply disruptions, stored thermal energy remains available, offering security and peace of mind. Its silent, emission-free operation makes it suitable for both urban and remote locations. As energy markets evolve and the need for sustainable solutions grows, Heat Battery Storage stands out as a reliable, future-ready investment.