News


Committed to phase change energy storage and temperature control innovation

Customized Heat Battery Storage

2025-06-18


The Customized Heat Battery Storage system offers a reliable and energy-efficient solution tailored to your specific thermal energy needs. Designed for high performance
59℃ PHASE-CHANGE THERMAL BATTERY

Based on own intellectual property rights of high energy storage density and stable phase-change materials, HeatMate has developed high efficiency phase-change thermal battery, which can collect and store low-cost, intermitent and unstable energy such as valley electricity, solar energy, industrial waste heat, etc., and then release them in a controllable way, which are widely used in the fields of clean heating, hot-water supply, grids peak regulation, and photovoltaic and photothermal energy utilization.

 

PARAMETERS
ModelHM-059H650HM-059H500
Dimension(mm)1180(L)x940(W)x1985(H)940(L)x940(W)x1985(H)
Weight (kg)23001800
Phase Change Temperature (℃)5959
Rated Heat Storage Capacity (MJ/kWh)650/180500/140
Charging Temperature (℃)80~8580~85
Discharging Temperature (℃)40~5540~55
Charging/Discharging Power (kW)18~4510~33
Tube Side Design Pressure (MPa)1.01.0
Rated Operating Condition Pressure Drop (kPa)100(36L/min)100(40L/min)
Connection Pipe DiameterDN32(G1 1/4") DN32(G1 1/4")
Heating Area per Unit (㎡)400~800300~600

 

PRODUCT FEATURES

 

High Heat Storage Density

Heat storage capacity is 5 to 8 times that of water
    

Low Operating Costs

Operational costs reduced by 30% to 70%, low-carbon or zero-carbon heating.

 

Long Service Life

Equipment life exceeds 20 years.

 

Green, Safe, and Environmentally Friendly

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

 

Easy Installation

Modular design, flexible configuration, standard interfaces, easy maintenance.

 

High Charge and Discharge Efficiency

Efficiency > 95%, less than 5% heat loss after 24h
        

Heat storage/heating systems

 

 

01 Phase-Change Thermal Battery

Phase-change thermal battery are modularly installed toform thermal storage systems.

 

02 Heat Source Equipment

Electric boilers, solar collectors, waste heat boilers, high.temperature heat pumps, etc.;

 

03 Circulation Pumps

Circulation pumps circulate working medium (water oranti-freeze)to transfer heat from the heat sourceequipment to the thermal battery or the user end.

 

04 Heat Exchangers

Heat exchangers are often plate heat exchangers or volu-metric heat exchangers,which transfer heat from theprimary network to the secondary network.

 

05 Intelligent Control System

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

 

OPERATION MODE

Heat Charging

Heat is stored in the phase-change thermal battery by utilizing cheap energy such as off-peak 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 heating.

 

Application Scenarios

 

 

01 Commercial building + valley power clean Heating

02 Distributed photovoltaic system + clean heating

03 Solar thermal system + efficient heat storage utilization

04 High-temperature heat pump + heat storage clean heating

05 Multi-energy complementary heat utilization system

The Customized Heat Battery Storage system offers a reliable and energy-efficient solution tailored to your specific thermal energy needs. Designed for high performance, this Customized Heat Battery Storage unit ensures optimal heat retention and release, making it ideal for residential, commercial, and industrial applications. With flexible design options, it can be adapted to various heating systems and energy sources, ensuring seamless integration and improved energy utilization. Built with durable, eco-friendly materials, the Customized Heat Battery Storage is low-maintenance and long-lasting, helping reduce energy costs and environmental impact. 

Key words:

Related News


Innovations in Thermal Storage: Transforming the Renewable Energy Landscape

Innovations in Thermal Storage: Transforming the Renewable Energy Landscape Table of Contents 1. Introduction to Thermal Storage 2. The Importance of Energy Storage in Renewable Energy 3. Key Innovations in Thermal Storage Technologies 3.1 Phase Change Materials (PCMs) 3.2 Molten Salt Storage 3.3 Graphene-Based Solutions 3.4 Thermochemical Storage 4. Applications of Thermal Storage in Renewable En

2026-07-27

Understanding Steam Hot Pools: A Key Element in Renewable Energy Production

Steam hot pools represent a fascinating geological phenomenon with significant implications for industries reliant on renewable energy sources, particularly in metallurgy and mineral extraction. These natural geothermal features arise from underground water heated by volcanic activity, creating pools of steaming hot water that can reach temperatures well above boiling point. Their unique propertie

2026-07-22

Exploring the Science Behind Phase Change Cold Storage in Renewable Energy

Exploring the Science Behind Phase Change Cold Storage in Renewable Energy Table of Contents 1. Introduction to Phase Change Cold Storage 2. Understanding Phase Change Materials (PCMs) 3. The Science of Phase Change: How It Works 4. Applications of Phase Change Cold Storage 4.1 Renewable Energy Generation 4.2 Energy Conservation in Buildings 4.3 Industrial Applications 5. Benefits of Phase Change

2026-07-17

Get Quote


* Please leave your phone number and we will contact you within 24 hours!