Method and system for implementing power detection

A system for implementing power detection, comprising:

• a flow control module, a system planning module, a database common inquiry interface, a power collection module and a power result analysis module, wherein
• said flow control module is configured to:
• extract, from a detection request, basic information of a destination base station which includes a base station identification number, and send the basic information to said system planning module;
• said system planning module is configured to:
• invoke said database common inquiry interface, and obtain configuration information of said destination base station from a database according to the received basic information, and search available signal transmission links and power collection points of said destination base station according to the configuration information, and generate planning information;
• said flow control module is further configured to:
• obtain the planning information from said system planning module, and send a power collection instruction to said power collection module according to this planning information;
• said power collection module is configured to:
• collect power values of the power collection points belonging to the power collection module itself, and report a collected power result to said flow control module;
• said flow control module is further configured to:
• send the power result to said power result analysis module after receiving this power result reported by said power collection module;
• said power result analysis module is configured to:
• analyze power values of each available power collection point on the available signal transmission link from the power result after receiving this power result sent by said flow control module, and update the power values of corresponding power collection points;
• wherein, the configuration information of said destination base station includes physical resource configuration information, wireless resource configuration information and radio frequency resource configuration information;
• said physical resource configuration information includes:
• a board name, a board rack and frame, slot information and optical interface connection relationship information;
• said wireless resource configuration information includes cell information, carrier frequency information, channel resource grouping information and sector information;
• said radio frequency resource configuration information includes:
• radio frequency system information and radio frequency carrier information.