The stations work has a close relationship with the reliability of station bus systems configuration, this paper established the index system of station bus systems configuration, discussed the components evaluation model, put forward the calculation based on correlation matrix, and analysis the sensitivity of the components, thus proposed the guiding suggestion to improve the reliability of station bus systems configuration. The example demonstrated the validity and practicability of the method.

under the pressures of both energy and environment, the fast development of new energy vehicles attracts much attention from people today. New energy vehicles' time sharing-rental service arises at the historic moment, and colleges and universities has become the new energy vehicles' very bullish market, North China Electric Power University as a leader academy of electric power industry, became the first university of Beijing to bring in new energy vehicles' time sharing-rental service . This article points out the management problems existing in the running mode of polycentric governance theory, and puts forward relevant policy Suggestions by investigating Beijing Automotive Industry Group Corporation, the responsible department of school and the consumer.

Maintenance cycle optimization of power generation equipments is a complex decision-making process which needs to consider risk, availability and cost .This paper uses Probabilistic risk assessment (PRA) technology in maintenance cycle optimization, establishes multi-component maintenance risk-cost model,conducts comprehensive optimization best cycle and the lowest cost. Introduce PSO method as optimized decisions, find the optimal maintenance cycle for the target of the lowest total maintenance costs and achieving the required level of safety, improve optimized speed and the quality of reconciliation.

In recent years, with the rapid development of electric power industry, the electric power equipment and technology is ongoing an unprecedented update, which leads to the demand of updating electric power employee’s knowledge. The traditional training method has a serious contradiction of engineering an learning, low training effectiveness and high cost, thus, this paper brings up a training method based on multimedia animation technology and supplemented by computer software and database technology. In practical application, the training method improved the learning efficiency of electric power employees and greatly reduced the cost of training.

With the rapid development of power industry in recent years, the grid information technology and intelligent building is also ongoing a fast growth which brings more pilot projects and integrated projects. Because of the growing number and types of projects, it is increasingly difficult to evaluate whether the project can meet customer needs, whether the contractor is capable to undertake the projects and whether the projects are suitable for the integration of construction. This paper analyzed on the basis of the characteristics of power grid projects, combined with the basic flow of software project test and proposes a project test quantification evaluation method of project test based on multi-computing. This method achieves the quantitative appraisal of projects, selecting the best project contractor and improving the quality of the project completion through test case scores quantification and multi-computing test scores.