Thermal Storage And Cold Storage_Application

Thermal Storage And Cold Storage

Phase-change cool storage ice boxes, energy storage capsules and ice balls —— diversified choices for worry-free temperature control.
UltraST PCM—Cold storage and constant temperature, intelligent control of the future

Phase-change cool storage ice boxes, energy storage capsules and ice balls —— diversified choices for worry-free temperature control.

Ice box:——Aiming at cold chain logistics and cold storage, it takes advantage of the price difference of peak and off-peak electricity to achieve low-cost cold storage and release. Capsule——Integrated with the solar thermal storage system, it enables the transfer of thermal energy between day and night, enhancing the utilization rate of solar thermal energy. Ice ball——Through high-precision phase-change materials and a spherical modular design, it provides flexible and stable dual control of heat and cold.

Solve the problem of supercooling, with a temperature difference of about 2 degrees: stable temperature control, more stable performance

Resolve precipitation: longer service life

Maintain high enthalpy value: more efficient thermal management
UltraST PCM—Cold storage and constant temperature, intelligent control of the future

Ultra-High Thermal Conductivity Form-Stable PCM(UltraST PCM) are an ideal choice for thermal energy storage systems, providing high thermal conductivity, high energy density, no leakage risk, and flame retardant properties. Compared to traditional thermal storage systems, ultra-high thermal conductivity phase-change material thermal storage systems have 4-10 times higher energy density, while significantly improving heat exchange efficiency and energy density, bringing more efficient performance to energy storage systems.

The storage energy is large, 9 times that of traditional energy storage.

Low heat loss, high efficiency.

Use latent heat to store energy.

Low failure and no maintenance required.

Application Cases

Civil household appliance water heater thermal storage compartment

Panji Technology has launched a thermal storage solution for household appliance water heaters, which uses peak valley electric differential, geothermal pumps, and ultra-high thermal conductivity shaping phase change materials to achieve a temperature control range of 50 ± 10 ℃ and a phase change temperature of 58 ℃. This thermal storage bin combines a 30L capacity with UltraST PCM technology, with a thermal storage capacity of up to 3kWh and a thermal storage capacity 5-10 times that of the same body of water. Compared with ordinary thermal storage tanks, the thermal storage capacity of phase change thermal storage tanks is increased to 10-20kWh, and the power consumption is reduced to 42-48kWh. The energy-saving effect is significant, up to 20% to 30%. This innovative technology not only improves energy efficiency, but also brings users a more economical and environmentally friendly hot water usage experience.

European Factory Industrial Thermal Storage Warehouse Demonstration Project

In a factory in Europe, traditional water thermal storage solutions cannot meet the demand due to building load-bearing limitations and large footprint. Panji Technology uses 65 ° C phase change materials combined with solar thermal technology to achieve a heat storage capacity of 120kWh with only four 120L heat storage tanks, reducing the number of heat storage tanks by 60% compared to traditional solutions and saving a lot of space. The energy density of this phase change thermal storage technology is more than five times that of traditional methods. It efficiently stores solar heat during the day and stably releases it at night, meeting the production needs of factories at 60 ° C. This innovative solution not only significantly reduces building energy consumption and carbon emissions, but also significantly saves energy costs, helping factories achieve green production goals and providing an efficient and environmentally friendly new path for industrial thermal energy management.

Demonstration Case of Industrial Thermal Storage Project in Singapore

Panji Technology has demonstrated its innovative technology capabilities in the industrial cold storage project in Singapore. By using a cold storage chamber combined with phase change ice hockey, Panji Technology has achieved the storage of cold energy during low electricity price periods at night and the release of cold energy during peak cooling periods during the day, effectively reducing power load. This plan not only saves energy by 15% -20% and reduces overall cooling energy consumption, but also optimizes energy use through peak shaving and valley filling, improves grid stability, reduces carbon emissions, and lowers fossil energy consumption during peak daytime periods. It provides an efficient and environmentally friendly cooling solution for Singapore, a highly urbanized country.

Application