针对现在计量考核授权情况、测量不确定度研究的现状，通过参照相应规程对其

针对现在计量考核授权情况、测量不确定度研究的现状，通过参照相应规程对其进行校准，并对校准结果进行不确定度的分析与评定，作为省级风速量值传递检定装置，要定期接受省市场监督部门的标准考核，因此规范的风速检定装置的不确定度分析对今后的考核工作也有一定的帮助，文章针对省级现用的风速检定装置，从建立数学模型入手， 介绍风速检定装置的不确定度评定方法与计算过程。结果表明，不同风速时检定装置的不确定度差别显着，在实际工作应用中不能一概而论，应根据实际风速值进行具体计算。

针对现在计量考核授权情况、测量不确定度研究的现状，通过参照相应规程对其进行校准，并对校准结果进行不确定度的分析与评定，作为省级风速量值传递检定装置，要定期接受省市场监督部门的标准考核， 因此规范的风速检定装置的不确定度分析对今后的考核工作也有一定的帮助，文章针对省级现用的风速检定装置，从建立数学模型入手， 介绍风速检定装置的不确定度评定方法与计算过程。 结果表明，不同风速时检定装置的不确定度差别显著，在实际工作应用中不能一概而论，应根据实际风速值进行具体计算。

In view of the current situation of the authorization of measurement assessment and the research on measurement uncertainty, the calibration is carried out by referring to the corresponding regulations, and the analysis and evaluation of the uncertainty of the calibration results are carried out. As a provincial-level wind speed value transmission verification device, it is required to accept the standard assessment of the provincial market supervision department on a regular basis. Therefore, the uncertainty analysis of the standardized wind speed verification device will be used for the future assessment. This paper introduces the uncertainty evaluation method and calculation process of the wind speed verification device based on the establishment of mathematical model. The results show that the uncertainty of the verification device varies significantly under different wind speeds, which can not be generalized in practical application. The specific calculation should be based on the actual wind speed value.<br>