Thermal Energy Storage Materials (TES Materials)

Thermal Energy Storage Materials (TES Materials) are ideal products for thermal management solutions. This is because they store and release thermal energy during the process of melting & freezing (changing from one phase to another). When such a material freezes, it releases large amounts of energy in the form of latent heat of fusion, or energy of crystallization. Conversely, when the material is melted, an equal amount of energy is absorbed from the immediate environment as it changes from solid to liquid. Various specific temperature

TES Materials are commercially available at CELSIUS depending upon the nature of application.

The energy demand has been increased during the last few years. Due to limited resources of non-renewable energy, it is in great demand to find out other sources of energy using renewable energy. Energy storage using Thermal Energy Storage (TES) technique could be proven as an efficient technique by which energy could be stored and that can be extracted later. TES using latent heat of the thermal energy storage material utilizes renewable energy source. This technique is more efficient because materials have potential efficiency for heat and cold storage due to their high energy storage density per unit volume; TES Materials also allow isothermal operation at constant temperature. Use of TES materials for cooling applications provide many diverse applications such as protection of temperature sensitive products like food, beverages, pharmaceutical products, blood derivatives, electronic devices, bio medical products, air-conditioning, and many more.

APPLICATIONS

TES Material provides energy efficient solutions for many industries including:

Insulation for Building and Piping Products
Biopharmaceutical Transportation
Telecommunications and Heat Sinks
Hot and Cold Storage
Food / Poultry / Milk Products Transportation
Boiler and Hot Water Systems Industry looking to exploit Off-Peak Electricity Tariffs / Reducing Chilling
Equipment Costs by Storing Energy at Off-Peak Hours

However, there are no limits as to who can apply TES Materials technology to their operation, to improve thermal management, cost and energy efficiency.