Upgrade Your Buffer Vessels
Stainless Steel PCM Balls offer reliable and efficient heat retention for thermal energy storage. Additionally, by incorporating PCM-filled spheres, hot water storage capacity can be significantly increased to 4 or 5 times the original. Crafted from durable SAE 304 stainless steel, these balls provide long-lasting performance and corrosion resistance. With versatile applications and various diameters and capacities available, they are the ideal choice for enhancing thermal energy storage.
Enhancing Thermal Energy Storage
Maintaining optimal heat retention and energy efficiency in thermal energy storage systems can be a challenge. Fluctuating temperatures and inefficient heat transfer can lead to energy waste and decreased system performance.
The Stainless Steel PCM Balls solve this problem by providing a highly efficient method of storing thermal energy. By incorporating these spheres into your system, you can effectively increase heat retention, reduce energy waste, and improve overall system efficiency.
Benefits
Details
The following information pertains to the stainless steel balls:
PCM | Encapsulation (SS-304 Ball) | Weight of PCM/ball (g) | Latent Heat KJ/ball | Energy Wh/ball | balls per m3 | KWH per m3 |
savE® HS48 | 63 mm | 150 | 31,65 | 8,79 | 3995 | 35 |
savE® HS48 | 80 mm | 360 | 75,96 | 21,10 | 1900 | 40 |
savE® HS48 | 100 mm | 660 | 139,26 | 38,68 | 1000 | 39 |
savE® HS58 | 63 mm | 145 | 38,715 | 10,75 | 3995 | 43 |
savE® HS58 | 80 mm | 350 | 93,45 | 25,96 | 1900 | 49 |
savE® HS58 | 100 mm | 635 | 169,545 | 47,10 | 1000 | 47 |
Partners using this solution
Renova Heating in the Netherlands is using these stainless steel spheres filled with Pluss savE® PCM materials to increase the capacity of buffer vessels. With their CO2 heat pump and PCM buffer they are switching pre-90’s houses in the Netherlands to full electric.
Transform Your Thermal Energy Storage
Upgrade your thermal energy storage systems with Stainless Steel PCM Balls and experience enhanced heat retention, improved energy efficiency, and long-lasting performance.