Thermal Energy Storage (TES), also known as Cool Thermal Energy Storage (CTES) or ice storage, is a method used to shift the cooling load of a building away from peak hours, thereby saving money💵. It works like a thermal Battery 🔋
➡️​How It Works (The Cycle)
​The system’s primary goal is to avoid running large chilling units when power is most expensive, by operating in two mai
Thermal Energy Storage (TES), also known as Cool Thermal Energy Storage (CTES) or ice storage, is a method used to shift the cooling load of a building away from peak hours, thereby saving money💵. It works like a thermal Battery 🔋
➡️​How It Works (The Cycle)
​The system’s primary goal is to avoid running large chilling units when power is most expensive, by operating in two main phases:
✅️​1. Charging (Off-Peak Period):
​This usually happens at night when the electricity rate is lower (\downarrow cost) and the air is cooler, which helps the chiller run more efficiently.
​
✅️​2. Discharging (On-Peak Period):
​This occurs during the day when the building's cooling demand (\uparrow load) and electricity costs are at their highest.
​The stored ice is melted ({Ice} to {Water}) to create cold water.
​This cold water is then circulated to the air conditioning system, delivering the cooling energy (Q) that was stored overnight.
​The main chiller remains off or operates at a minimal capacity (downarrow power consumption).
✔️Conclusion:
Thermal Energy Storage May will be a good choice if you need to manage your energy Consumption, and reduce your Electrical bills, especially to avoid running the chiller at peak time ✅️
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