基于交通设施的光伏电站运维与管理系统设计

Design of Photovoltaic Power Station Operation and Maintenance and Management System Based on Traffic Facilities

随着高速铁路、高速公路、收费公路以及桥梁等基础设施建设的不断完善,交通设施的运维管理不断向节能化和信息化方向转变。交通设施建设分布式光伏电站不仅可以保护环境和应对气候变化,而且可以利用清洁能源节省电费开支和创造收益,但是交通设施的光伏电站存在许多运维和管理的难点。因此,提出一种从设备源头开始,充分利用电子信息系统和大数据技术的电子信息系统设计方式,解决光伏电站运维管理信息化中的难点,有助于企业进一步控制光伏电站的运行情况,提升光伏电站的生产收益。

With the continuous improvement of infrastructure construction such as high-speed railways,highways,toll roads,and bridges,the operation and maintenance management of transportation facilities is constantly shifting towards energy conservation and informatization.The construction of distributed photovoltaic power plants in transportation facilities not only protects the environment and responds to climate change,but also utilizes clean energy to save electricity costs and generate profits.However,there are many difficulties in operation,maintenance,and management of photovoltaic power plants in transportation facilities.Therefore,proposing an electronic information system design approach that fully utilizes electronic information systems and big data technology from the source of equipment,solves the difficulties in the informatization of photovoltaic power station operation and maintenance management,helps enterprises further control the operation of photovoltaic power stations,and improves the production revenue of photovoltaic power stations.