Wind farm automation management system
Wind farms and remote monitoring automation systems adopt a hierarchical and distributed architecture. The entire automation system is divided into three layers: wind farm control layer, regional control layer and centralized control layer. The wind farm control layer is located at the wind farm site, providing complete automated monitoring for the operation and management of the wind farm, and providing data and information services for the higher-level system; the regional control layer is located in the central control room of the regional wind farm, responsible for the operation status of the wind farm under its jurisdiction The monitoring and management of the centralized control layer provides data and information services; the centralized control layer serves as the headquarters or the group's wind power monitoring center, fully controlling the operating conditions of all wind farms, and coordinating resource allocation.
The construction of a remote monitoring automation system for wind farms to realize centralized monitoring and management of various wind farm equipment is very important for improving the company's comprehensive management level, optimizing the staff structure, and improving the efficiency of wind farm power generation.
Improving the automation level
of wind farms is the development direction of the wind farm operation mode. It puts forward higher requirements on the equipment status, automation level, personnel quality and management level of wind farms. It is the first-class equipment of wind farms. First-class talents and first-class management are important signs. The establishment of a wind farm and remote monitoring automation system is a necessary condition for realizing unattended wind farms with few people on duty, and it will greatly promote the overall improvement of the level of wind farm automation.
Improve the economic benefits of
wind farms Set up wind farms and remote monitoring automation systems, establish contacts with local meteorological departments, and formulate production plans for wind farms in future periods based on the forecast information of weather departments for future periods and arrange personnel reasonably The deployment and equipment maintenance plan will make full use of resources and improve the economic benefits of wind farms.
Improve the competitive advantage
of wind farms in the power grid. With the increasing scale of wind farms, the proportion of wind power generation in the power grid will increase. Through the establishment of wind farms and remote monitoring and automation systems , the The power generation status is predicted and reported to the power grid company to facilitate the formulation of the power dispatch plan of the power grid company and improve the competitive advantage of the power generation company in the power grid.
Improve the management level of the company
As the wind farm group has the characteristics of a large number of wind farm equipment, scattered distribution, and remote location, if each wind farm is managed separately, a lot of manpower and material resources will be consumed. Set up wind farms and remote monitoring automation systems to realize the centralized operation management, centralized maintenance management, centralized operation management and centralized logistics management of the wind farm group. Through the reasonable deployment and use of human resources, tools and spare parts, capital and technology, it can reach people, The efficient operation of financial and material resources and the optimal utilization of resources ensure the maximization of the comprehensive utilization of wind farms.
Improve the ability of wind power to resist risks.
According to the characteristics of wind power, the power generation status of wind power is greatly restricted by local climatic conditions. Severe weather conditions will affect the safe operation of wind farms and cause certain damage to wind farm equipment. Establish wind farms and remote monitoring automation systems, formulate disaster prevention plans under various climatic conditions, and according to the collected weather forecast information of the regions where each wind farm belongs, start the disaster prevention plans as soon as possible for the possible severe weather to ensure The safe operation of wind farms and reduction of disaster losses are very necessary.
Through wind farms and remote monitoring automation systems, the wind farms or other new energy projects that belong to all over the country are integrated into a network, and a reliable, safe and stable integrated automation system with complete functions, advanced technology and good performance is established to realize the The wind farm or other new energy sources to be developed shall be monitored, controlled and managed in a unified manner.
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