本着“最少设备、最少配电、最大化利用能源、总体设计分时序建设”的规划原则，能源站方案为：夏季采用制冷+冰蓄冷形式的供冷方案，冬季采用江水源热泵形式的供热方案。
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三类应用的离心式冷水主机 Centrifugal chilled water machine for three applications |
制冷 Refrigeration |
制冷 Heating |
制热 Lce storage |
节能系统设计 Design of energy saving system |
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江水源热泵+制冷 River water source heat pump+refrigeration |
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5℃-13℃大温差，节约水泵与管路的投资 A large temperature fifference ranging from 5℃ to 13℃ reduces investment in water pumps and pipelines |
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制冷+蓄冰 Refrigeration+ice storage |
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利用江水源散热，现场无需安装冷却塔，机组效率更高 River water is utilized for radiation, without cooling tower on site, thus improving unit efficiency |
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江水源热泵+制冷+蓄冰 River water source heat pump+refrigeration+ice storage |
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30%区域总冷量由蓄冰承担，减少设备台数，也缓解配电压力 lce storage accounts for 30% of regional cooling, thus reducing the number of equipment and alleviating the pressure of power distribution |
