A system that uses cheap late-night power (23 to 09 o'clock) to store ice in a heat accumulator and use it to cool buildings during the day. (Daytime power usage reduction feature - demand management aspect, Partial cooling is also possible at night)
Problems of existing ice storage system | E-gen Ice Storage system a special feature |
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- Huge of heat storage tank installation area |
Heat storage tank Minimize footprint - Patent [Energy-saving ice heat storage system with separate cold storage and cooling pumps] -Improve the convenience of maintenance |
Division | E-gen system | Existing capsule system | Coil type system | ||||
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standard | Power consumption (kw) | standard | Power consumption (kw) | standard | Power consumption (kw) | ||
chillers | Weekly | 550 USRt | 440kW | 550 RT | 440 kW | 508 RT | 446 kW |
Night | 424 USRt | 411.5kW | 424 RT | 411.5 kW | 424 RT | 411.5 kW | |
Brine | Thermal Storage | 30 hp | 22.5kW Around 5% | 75 hp | 56.25 kW Equivalent to 13% |
125 hp | 93.75 kW Around 21% |
Heat Release | 40hp | 30 kW Inverter application | |||||
Total power consumption/ System COP |
Weekly | 492.5 kW / 3.93 | 496.25 kW / 3.90 | 539.75 kW / 3.31 | |||
Night | 432.5 kW / 3.45 | 467.75 kW / 3.19 | 505.25 kW / 2.95 | ||||
System power consumption | 80% | 90% | 100% |