| 1. | Optimal planning of high voltage distribution substations
高压配电变电站的优化规划 |
| 2. | Mine explosion - proof high - voltage distribution device
矿用隔爆型高压配电装置 |
| 3. | Code for design of 3 110kv high voltage electrical installations
高压配电装置设计规范 |
| 4. | Design code for high voltage electrical installation 3 110kv
3 110kv高压配电装置设计规范 |
| 5. | Choice of grounding method of neutral point in high voltage distributing net
高压配电网中性点接地方式的选择 |
| 6. | Hydraulic and hydroelectric engineering design code for high voltage electrical installation
水利水电工程高压配电装置设计规范 |
| 7. | The allocating and locating alternatively ( ala ) algorithm , is widely used to deal with sources locating problem , but it depends on the initial location to a large degree
该方法将高压配电变电站优化规划问题分为平面定位和组合优化两个子问题。 |
| 8. | Examples show that the algorithm proposed meets the requirement of engineering and it is an effective approach to settling the problem of optimal planning for high voltage distribution substations with fast speed
算例表明，该方法可以求得工程上的满意解，并且计算速度快，是求解高压配电变电站优化规划问题的有效方法。 |
| 9. | Based on the research achievement of the key technologies , aiming at the electromechanical equipment systems in practical project , such as elevator system , high voltage power supply system , refrigerating system , wind - cooling refrigerating system ,
论文最后基于上述关键技术的研究成果，针对实际工程中的机电设备系统，如电梯系统、高压配电系统、冷水机组系统、风冷热泵系统等，开发完成了一套楼宇机电设备集成监控系统。 |
| 10. | This project makes some researches with emphasis on the mv / lv distribution power supply situation under the present load condition . some results such as the calculation of line load rate , theoretical line consumption rate and electric voltage decrease are acquired by the mathematical analysis , and thus the power supply capability is evaluated comprehensively . the same has been done to the lv power network
课题在系统搜集分析苏州供电企业的背景资料，即企业概况、电力需求、输电网、高压配电网状况基础上，重点研究了当前负荷下的中低压配电网供电情况，并通过数学分析得出线路的负载率的计算、理论线损率以及电压降等各项运行指标，综合评估得出其供电能力。 |
