1) energy consumption optimization control
能耗优化控制
1.
Static-state-model-based energy consumption optimization control for refrigeration systems;
基于稳态模型的制冷系统能耗优化控制研究
2) energy consumption optimization
能耗优化
1.
To high energy consumption of zinc electrolysis process(ZEP),the energy consumption optimization problem is discussed.
针对锌电解过程能耗过高的情况,研究其能耗优化问题。
3) Energy-dissipaed vibraion control
耗能控制
4) energy consumption control
能耗控制
1.
Started from the importance of energy resources, the paper discussed the concepts of enterprise energy conservation and enterprise energy balance, and put the stress on the discussion of the establishment of energy conservation plan, the method of energy consumption control and the development of decision support system of energy consumption control for coal enterprises.
从能源的重要性开始 ,讨论了企业节能和企业能量平衡的概念 ,重点讨论了煤炭企业节能计划制定和能耗控制的方法以及能耗控制决策支持系统的研制 ,并提供了应用实例。
5) fuel consumption optimal control
燃油消耗优化控制
1.
According to the energy relationship between power units and loads,and based on the relationship between battery pack SOC and charging/discharging properties,management is integrated considering both fuel consumption optimal control for the engine and constant SOC control for the battery pack.
为满足混合动力车辆动力性要求,并提高车辆的能量利用效率,根据动力单元与负载的能量关系及电池组充放电特性与SOC的关系,提出了一种基于电池组恒SOC和发动机燃油消耗优化控制的综合能量管理策略。
6) energy optimized control
能量优化控制
1.
An extensive quantitative analysis is carried out on the steady state of the energy optimized control for series power quality controller (SPQC) based on phasor diagram method.
利用相量图分析方法对采用能量优化控制策略的串联型电能质量控制器(series power quality controller,SPQC)稳态特性进行了定量分析。
2.
Some energy optimized control strategies based on static model, such as Constant Slip control, may significantly harm the dynamic character and stability of drive systems.
而一些从静态模型出发的能量优化控制策略 ,如恒转差频率控制 ,会降低调速系统的动态性能和稳定性。
补充资料：最小能耗控制
分子式：
CAS号：
性质：寻找耗能系统最优控制规律，使系统在动态过程中能耗最少，但在实际应用中，按能耗最小条件设计的控制器通常响应非常慢，所以最小能耗控制通常只能做为设计中的一种参考。
CAS号：
性质：寻找耗能系统最优控制规律，使系统在动态过程中能耗最少，但在实际应用中，按能耗最小条件设计的控制器通常响应非常慢，所以最小能耗控制通常只能做为设计中的一种参考。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条