load power的例句大全

The potential distribution of MOA in EHV power systems seriously affects the electric load rate of ZnO resistors in MOA. During operation, the part of ZnO resistors, which has higher electric load rate, would be accelerated ageing process to thermal breakdown.

超高压MOA的电位分布严重影响着电阻片的工作荷电率，局部荷电率过高会引起MOA加速老化和热崩溃。

The union of thermal and electricity, the union of thermal, electricity and cooling and distributed energy resources are good for energy gradient utility and can realize equilibrium energy consumption, then can reduce the power demand of air-conditioning peak load.

发展热电联产、热电冷联产等分布式能源，不仅有利于能源的梯级利用，而且可实现均衡能源消费、有效降低空调高峰负荷对电力的需求。

This power system provides an increase in fuel mixture flow from the nozzle tip, according to the amount of throttle opening and engine load.

大负荷加浓装置根据节气门的张开度和发动机负荷，从加浓量孔增加燃油量。

According to the feature that the load of induction motor in groups greatly affects power system stability during large-scale disturbance, a three-phase grounding fault test of 110 kV transmission line was performed at Zhongyuan Oil Field located in Puyang power supply region of Henan Power Grid.

根据大扰动过程中电动机群负荷对系统稳定性影响较大的特点，在河南电网濮阳供电区的中原油田进行了110kV线路三相短路故障试验。

The Power Load Management Terminal ( which is called RTU below) is an important part of the system. RTU is at the end of the system, it is used to collecting^ monitoring and controlling the load of power customers.

电力负荷管理终端是系统的重要组成部分，它处于系统的末端，用来采集和监控用户的用电信息。

The causes of three-phase unbalance of distribution network is roughly divided into two types. One kind is caused by the unbalanced power supplied link system, another kind is caused by the load of the asymmetric three-phase unbalance system.

配电网三相不平衡产生的原因大致分为两类，一类是由供电环节不平衡引起的系统三相不平衡，另一类是由负荷的不对称引起的系统三相不平衡。

By analysis of the traditional inverter control principles, this paper presents a novel inverter control strategy aim at reactive load fluctuations. It makes full use of the original topology of the inverter circuit to achieve the dual control objectives of both grid connection and reactive power compensation.

通过对逆变电源传统控制原理的分析，本文提出了一种针对无功负荷波动的逆变器并网控制策略，该方案充分利用逆变电源原有的电路拓扑结构，达到并网和无功补偿的双重控制目标。

A novel over-load relay realized by low-waste single-chip microcomputer is introduced, here are some charac ˉ teristic such as dispense with additional power supply, using no-contact SCR.

介绍了一种用低功耗单片机实现的新型电机过载继电器，其无需外加工作电源，采用无触点晶闸管输出。

Based on the differences of harmonic testing point, there are two control ways for shunt active filters, that is, the way of load current sensing and the way of power supply current sensing.

并联型有源滤波器根据其谐波检测点的不同，有两种控制方法.即负载电流检测控制方法和电源电流检测控制方法。

The focuses and difficulties for the optimization of microwave reaction cavity are that how to reduce the reflection power of the port and how to increase the energy absorption by the load.

如何减小馈口功率反射，提高负载对能量的吸收是微波反应腔优化设计的重点和难点。

The augment of external reactance and active power load reduces the inherent damping;

外部电抗和有功负载的增大导致固有阻尼能力下降；

The Influence of Reactive load Compensation in the Middle of Transmitting Line on Limit of Transmitted Power

输电线路中点无功补偿对传输功率极限的影响

At present, the reactive load, especially the impulsive reactive load, it not only increases power loss but also seriously deteriorates the power quality of customers.

目前，电力系统存在无功补偿容量不足，而系统中又存在不断增加的无功负荷，特别是冲击性无功负荷，不仅增加了损耗，而且严重影响了用户端的电能质量。

This paper introduces technical features of power equipment, reactive load, harmonics harmful to power network and its preventive measures and techniques in metallurgical enterprises. The paper also compares functions and actual benefits of different reactive compensation and wave filtering devices.

介绍了冶金企业用电设备的工艺特点，用电负荷无功、谐波对电网危害的防治措施和技术，以及主要无功补偿滤波装置的性能比较和实际效益。

Optimal Compensation Capacity of Reactive Power Load in Power System

电力系统无功功率负荷的最佳补偿容量

At present, the impact of reactive impulsive load on the LV power grid has become increasingly serious.

目前，电网中冲击性无功负荷对电网的影响日趋严重。

However, there are a large number of reactive power load existing in the power system that are from the power lines, power transformers and electrical equipment users.

但电力系统中存在着大量的无功负荷，这些无功负荷来自电力线路、电力变压器以及用户的用电设备。

The quality of voltage has great influence on the stability of power network and the safe operation of electric equipments, and reactive power load flow is an important factor influencing voltage quality.

电压质量对电网稳定及电力设备安全运行具有重大影响，而无功潮流又是影响电压质量的一个重要因素。

A large number of reactive power load in system running will reduce the power factor, increase the loss of line voltage and power loss, and it will have a serious impact on the economic benefits of power enterprises.

系统运行中大量的无功功率将降低系统的功率因数，增大线路电压损失和电能损失，严重影响着电力企业的经济效益。

Continuously increasing load and constantly adjusting industrial structure will inevitably lead to the constantly change of reactive power demands. However, the original reactive power control mode of Jiangxi Power Grid has been unable to meet the voltage regulation needs of reactive power.

负荷的不断增长及产业结构的不断调整必然导致电网无功需求的不断变化，然而江西电网原有的电压无功控制方式已经无法满足现阶段电网无功电压的调节需要。