- Capacity Range: 41-162 ton-hrs
- Glycol based
- Two inlet/outlet flanged connections
- Forklift base
CALMAC™ Ice Bank™ Energy Storage Tanks – Model A
Models 1045A, 1082A, 1098A, 1105A, 1190A
Overview
The proven standard in thermal energy storage.
Ideal for smaller installations, the CALMAC™ Ice Bank™ Model A Energy Storage Tank is available in tank sizes with two different diameters and varying heights, offering capacities ranging from 41 to 162 ton-hours.
- Capacity Range: 41-162 ton-hrs
- Glycol based
- Two inlet/outlet flanged connections
- Fork lift base
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Proven Thermal Energy Storage Solution
The CALMAC™ Ice Bank™ Model A tank has been a trusted benchmark in thermal energy storage since 1979. Ideal for smaller installations, tanks offer a capacity range of 41-162 ton-hrs and feature two-inch flanges for easy connection to distribution piping.
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Reliable and Long-Lasting Performance
Designed for long-lasting performance, up to 40 years with proper maintenance, the CALMAC™ Ice Bank™ Model A tank integrates seamlessly into full chiller plants. Its glycol-based system provides effective energy storage, making it a popular choice for engineers and building owners alike.
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Prepare Your Building for the Future
Lower your energy costs with the CALMAC™ Ice Bank™ Model A tank. Shift cooling loads to off-peak hours, reducing demand charges. Benefit from lower operational costs and flexible thermal management for your building.
Product Information
Product Literature
Installation Instructions
Installation Operation Maintenance (IOMs)
Product Data Sheets
FAQs
Your thermal energy storage questions, answered.
Ice-based thermal energy storage is a system that uses ice to store cooling or heating energy. During off-peak hours, a chiller produces ice, which is stored in tanks. This stored energy is then used to provide cooling or heating during peak hours, reducing the need for chiller operation when electricity rates are higher.
Ice-based thermal energy storage works by utilizing a chiller to freeze water mixed with glycol in storage tanks during off-peak hours. The ice is built uniformly around a heat exchanger inside the tank. During peak hours, the stored ice melts, cooling the glycol solution, which is then circulated to meet the building's thermal management load.
Ice-based cooling provides cost-efficient thermal management by shifting the cooling load to off-peak hours when electricity rates are lower. This reduces the demand charges associated with peak electricity usage. Additionally, the system can allow for a smaller chiller size (partial storage), helping to lower initial costs and operational expenses. The use of stored ice for thermal management also helps in managing energy consumption and costs more effectively.
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