论证了降损措施在实际应用中的效果及效益。
Demonstrating the effectiveness in practical application of the loss-reducing measures.
提出了一系列降损措施，改善电网运行环境。
Proposing a series of loss-reducing measures to improve grid operating environment.
在配网中实施“四分管理”是最有效的降损手段。
In the distribution network, the implementation of four - level management is the most effective means of reducing losses.
算例计算结果表明算法对配电网降损节电优化效果有明显的提高。
The results show that example algorithm distribution network optimization Loss Reduction energy-saving effect of significantly improving.
根据配电网电能损耗产生的原因，提出了一系列降损及节电措施。
Loss of electric power distribution network in accordance with the reasons put forward a series of Loss Reduction and energy-saving measures.
详细介绍了两个无功就地平衡降损实例，并对降损效果进行了分析；
Two examples of local reactive power balancing are introduced in detail, and the effects of reduced loss are analyzed.
挖掘配网的降损潜力，对提高供电企业的经济效益，具有重要的意义。
Picking out the potential is very important to the efficiency of supply enterprises.
摘要：首先通过有功网损公式揭示了降损的关键是减小电网无功流动性。
ABSTRACT: in this paper, starting from the active network loss formula, it reveals that the key to decreasing loss relies on minimizing the reactive liquidity of power grid.
计算理论线损是分析线损构成、制定降损措施及确定线损指标的必要手段。
Calculating theoretical line loss is the necessary means to analyze the composing of line loss and set down the loss-reduction measures.
通过对两次线损理论计算结果的比较，验证了降损方案的可行性和经济性。
According to the comparison of the two results, the feasibility and economy of the scheme is validated.
城市配电网的规模巨大，因此配电网无功补偿对降损节能，改善电压质量意义重大。
Urban distribution scale bigness, so compensation of reactive power in urban distribution is very important for detract consume, economy energy sources, ameliorate voltage quality.
降损节能是电力部门的一项重要工作，电网的经济运行是降低供电成本的有效途径。
Energy Conservation is an important task for the power sector. The economic operation of grid is an effective way to reduce power supply cost.
摘要城市配电网的规模巨大，因此配电网无功补偿对降损节能，改善电压质量意义重大。
Urban distribution scale bigness so compensation of reactive power in urban distribution is very important for detract consume economy energy sources ameliorate voltage quality.
通过分析变压器各种运行方式下的功率损耗，阐述变压器的经济运行在降损节能中的重要作用。
By calculating power losses of transformers in different running modes, the important function of economical running in reducing loss and the energy saving of transformers are discussed.
计算结果表明，在相同的安装位置和补偿容量下，系统控制策略对配电线路的降损节能效果更显著。
The results showed that the systematic control strategy had a more pronounced effect of the energy conservation on distribution lines under the same compensation position and capacity.
探讨了无功降损节电的效益分析方法并推导出公式，实践证明对电网进行无功补偿降损节电切实可行，效益显。
The benefit analysis on reducing loss and saving electricity by reactive compensation is discussed, with its concerning formula derived.
实施配网降损一个百分点工程，建立集中抄收系统等一系列技术与管理措施，使油田用电增长率和最高负荷增长率逐年下降。
A series of technical and control methods have been adopted to reduce the increase rate of power consumption and maximum load every year, such as the adoption of multiply electricity$…
利用等效焓降理论，对回热系统主要监测参数的运行能损进行了在线数学模型的研究。
Based on the theory of equivalent enthalpy, the operating energy loss of the main monitor parameters of thermodynamic system has been studied.
此外，修正方法还能判断热损效应是否严重地影响压力降试井方法的可用性。
In addition, this amended method can also be used to diagnosis whether the hot loss effect seriously affects the availability of pressure fall off test.
在热采项目中用压力降试井来估算蒸汽波及体积是非常重要的，而地层中热损效应在压力降试井分析中又是不可忽略的。
During thermal recovery, to estimate swept volume with pressure fall off test is very important, while hest loss effect of the formation can not be ignored during analysis of pressure fall off test.
为了减少大规模配电网潮流分析的计算量，探讨了电压降和线损的简化计算方法。
To reduce the calculation amount of power flow in large-scale distribution networks, a simplified calculation method for voltage drop and line losses are researched.
对与容器连通的进口管，要使用其通过阻断阀时的压力降。在确定这些压损时，必须要考虑进口管线和放空装置的上游线路。
The inlet pipe penetration into the vessel, the pressure drop across any block valves used. upstream of the venting device, and the inlet piping must be considered when determining these losses.
对与容器连通的进口管，要使用其通过阻断阀时的压力降。在确定这些压损时，必须要考虑进口管线和放空装置的上游线路。
The inlet pipe penetration into the vessel, the pressure drop across any block valves used. upstream of the venting device, and the inlet piping must be considered when determining these losses.
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