SOD智能控制引擎相当于为能源系统装上一个智能大脑,从平衡系统各个关联设备间的能效关系出发,将中央空调系统作为整体来考虑,以整个系统能效最高为控制优化目标,在保证需求情况下,实现系统最低能耗的优化控制。
SOD skills optimization engine is equivalent to the energy system installed on a smart brain, from the balance between the system's energy efficiency relations between the various devices, the central air-conditioning system as a whole to consider, the overall system energy efficiency maximum controlSystem optimization objective, in order to ensure the demand of the system, to achieve the minimum energy consumption of the system optimization control.
没考虑设备间的联系,控制彼此独立,
造成单个设备节能,而系统不节能。
Independent control, can not co-ordinate the coordination between
the devices are independent of each other, a systematic problem
affecting the overall, which leads to local energy saving, the overall
use of energy.
统筹协调整体优化,主次有序,整体为
优,从而实现整体能效最高。
Overall coordination and coordination of the overall optimization, the
primary and secondary order, the overall optimization, so as to
achieve the overall energy efficiency.
优化前后对比 | 平均能效(KW) | |||||
冷却塔 | 冷机 | 一次冷冻泵 | 二次冷冻泵 | 冷却泵 | 制冷站小计 | |
优化前 | 0.055 | 0.710 | 0.054 | 0.091 | 0.111 | 1.021 |
优化后 | 0.077 | 0.561 | 0.027 | 0.050 | 0.051 | 0.766 |
节能比例 | -40% | 21% | 49% | 45% | 54% | 25% |
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