Abstract: In order to assess and analyze agricultural meteorological service benefit scientifically and accurately, combined with the characteristics of the local agricultural meteorological services, the author used the AHP (AHP) and BCG (Boston matrix) method to construct a new agricultural meteorological services benefit assessment model for adapting local characteristics and benefit assessment. And it could make the complex system mathematical, hierarchical and systematic, used the questionnaire of agricultural meteorological service satisfaction in Wuwei City in 2015. Results showed that: “the meteorological department’s understanding of the local agricultural meteorological needs and the social and economic benefits it brings”, “accuracy of prediction elements”, “meteorological service product characteristic”, “richness of agricultural meteorological products” 4 categories of indicators were the core of the project, and become the main indicator of good social and economic benefits in the agricultural meteorological service; “user future plans” belonged to development projects and it had a good development potential. So that the meteorological department could reasonably determine the service product focus, improve services, and actively expand the service information distribution channels and effective distribution of agricultural meteorological service resources, to improve the agricultural meteorological disaster prevention and mitigation level had important significance.