1.
Software development of planning and designing for low-voltage network in rural area
农村低压电网规划设计应用软件开发
2.
On improvement of the protections against power leakage due to low voltage network in rural areas;
关于改进农村低压电网漏电保护方式的探析
3.
Study & Develop on Planning for Low-voltage Network of Rural Area;
农村低压电网规划方法研究与软件开发
4.
Design of Embedded Low Voltage Grid Monitoring System in Rural Areas Based on ARM7
基于ARM7的嵌入式农村低压电网监测系统的设计
5.
Adopting the Collection to Bind the Rural Area Low Pressure Electrical Network of Wire Transform Scheme and His Reality Application;
采用集束导线的农村低压电网改造方案及其实际应用
6.
Cause of the Undervoltage of 380 V Networks in Shanghai Rural Areas and Solving Measures
上海农村380V电网电压偏低原因及解决措施
7.
The Study on Method in Computing Theoretical Net Loss in Distribution Network;
农村中低压配电网理论线损计算方法研究
8.
The Study on Calculation Method of Theoretical Energy Loss in Low-voltage Distribution Network;
农村低压配电网理论线损计算方法研究
9.
To improve the power transmission capacity of rural power grids, 130,000 km of low-voltage transmission lines will be installed.
以改善农村电网的输电能力为目标，建设低压输电线路13万公里。
10.
Optimized selection of voltage level in rural medium – voltage power distribution network
农村中压配电网电压等级的优化选择
11.
Line loss analysis of electric network of the rural area with parallel capacitor
并联电容器降低农村电网线损的分析
12.
Optimization Study of Reactive Power Compensation for Rural Medium-voltage Distribution System;
农村中压配电网无功补偿的优化研究
13.
Application of On-load Capacity Regulating Transformer in Rural Power Network
有载调容变压器在农村电网中的应用
14.
Research of Power Supply Modes to Use Single-Phase Transformer in the Rural Electric Power Network;
在农村电网中使用单相变压器供电的研究
15.
Analyzing On-line Monitoring Technology of High Voltage Equipment of Rural Power Grid
农村电网高压电气设备在线监测技术分析
16.
Novel Method of Distribution Network Loss Computation for Inner Mongolia Pasturing Area;
内蒙农牧区中低压电网线损理论计算新方法
17.
The financial burden on farmers was reduced due to the upgrading of rural power grids and the readjustment of prices for electricity consumed in the countryside.
通过加快农村电网改造和整顿电价，降低农村用电价格，减轻了农民负担。
18.
Analysis on Parallel Capacitor Compensation of Low-voltage Agricultural Electrified Wire Netting and Economize on Electricity;
农电网低压末端并联电容无功补偿与节电的分析