| With the concept of energy Internet, distributed generation will be an increasingly important part of the grid. Distributed generations which lack of management will lead to heavy losses. The existing method is difficult to meet the future of hundreds of millions of distributed generations information management needs, so we need a new approach to the management of distributed generations supply. Geospatial information grid is a hot research topic in the field of international spatial information. The main idea is to achieve high performance of multi-source heterogeneous resource sharing and cooperative work in the distributed network environment.According to the present situation of our country into the power system infrastructure, this paper studied on information acquisition of distributed generations,and the five layer service model based on the geospatial information grid is proposed,meanwhile the functions of each layer are analyzed. Among them, in the resource layer through the expansion of the grid resource model GLUE to achieve a unified description of the distributed generations grid resources to provide the basis for resource discovery services. In the fabric layer, the super P2 P structure is used to design a service registry center, which improves the efficiency of grid resource discovery; According to this model, the architecture of distributed power source information acquisition simulation experiment system is presented, and the main function modules of the simulation experiment system are analyzed; In the end, the experimental platform of distributed power information acquisition simulation experiment is designed and distributed power state information is designed and the experimental results are verified by the experimental results. The validity of the model is verified. At the same time, the data processing ability of the model is analyzed, and the results show that the data processing capability of the model is significantly improved. |
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