电气设计，就是根据设计规范及电源、负荷等级和容量要求，对供配电系统接线

电气设计，就是根据设计规范及电源、负荷等级和容量要求，对供配电系统接线图、线路、主要电气设备和接地系统等从方案开始，进行分析、配置和计算，优化方案，提出初步设计，交用户审核，待建设意见返回后，再进行施工图设计，期间要与用户多次沟通，以使设计方案最大限度满足用户要求，但又不违背规范规定，最终完成向系统方案的整个设计过程，
本设计是对鲁澳公司总配电所进行一、二次系统电气部分的设计。首先，通过对原始资料的研究和分析，根据变电变电所补偿后的总负荷选择主变压器容量。其次，根据技术规范，充分考虑供电可靠性和运行的经济性来确定变配电所的电气主接线。再次，运用标幺值的方法进行短路电流计算，参照供配电设计手册和技术规程，选择主要电气设备。最后，对继电保护进行整定计算和接地方案的设计，完成二次系统保护、控制和测量接线图的绘制

結果 (英文) 1:

Electrical design, is according to design specification and the power, and load grade and capacity requirements, on for distribution system wiring figure, and line, and main electrical equipment and grounding system, from programme began, for analysis, and configuration and calculation, optimization programme, proposed preliminary design, make user audit, stay construction views returns Hou, again for construction figure design, during to and user times communication, to makes design programme maximum meet user requirements, but and not against specification provides, eventually completed to system programme of whole design process,The design of Lu-Australian company General Electric part of substation secondary system design. First of all, through research and analysis of the raw data, according to the total load compensation for transformer substation main transformer capacity. Secondly, based on the technical specification, full account of power supply reliability and economics to determine the distribution of main electrical wiring. Again, using the unitary method of short circuit current calculations, power supply design reference manuals and technical specification, select the main electrical equipment. Finally, the setting calculation of relay protection and earthing design of complete quadratic system protection, control and measuring wire drawing

結果 (英文) 3:

Electrical design is according to the design specification and power supply, load level and capacity requirements, for distribution system wiring diagram, wiring, the main electrical equipment and system from the beginning of the scheme, configuration, computation and analysis, optimization scheme, put forward a preliminary design, user review, pending the construction views return, then the construction drawing design, during the repeated communication with the users, in order to make the design scheme to maximize meet user requirements, but not against the rules and regulations, the final completion of to the whole design process of the system,This design is the design of the electric part of the one or two system of the total power distribution system of Shandong Australia company. Firstly, according to the research and analysis of the original data, the capacity of the main transformer is selected according to the total load of the substation. Secondly, according to the technical specifications, the reliability of power supply and the economy of operation are fully considered to determine the main electrical connection of the substation. Again, using the method of standard values for short circuit current calculation, referring to the power distribution design manual and technical regulations, select the main electrical equipment. Finally, the relay protection setting calculation and the design of the grounding scheme, the completion of the two system protection, control and measurement of the wiring diagram drawing