A methodology for assessing the performance of communication interfaces for highway-based polymorphic energy fusion equipment

This study presents an enhanced ADC efficiency evaluation method for assessing the operational energy efficiency of communication interfaces in highway-based polymorphic energy fusion equipment, employing a combination of entropy weighting and analytic hierarchy process (AHP) techniques. Examines the critical components of assessment models, including availability vectors, reliability matrices, and capability vectors, in relation to user demands and operational conditions of equipment interfaces. In accordance with the business requirements of the equipment communication interface, a set of capability evaluation indicators was established, and the validity of the established evaluation indicators was analyzed by introducing reliability coefficients, verifying the rationality of the evaluation indicators. The definitions of evaluation indicators, the mathematical model, and the data normalization methods were presented. By integrating the entropy weight method with the AHP method to assign weights to the indicators of the capability vector, a more accurate and rational evaluation of the operating efficiency of the equipment interface can be achieved. An example of the performance evaluation of the communication interface of a certain type of highway-based polymorphic energy integration equipment is given. The evaluation results establish the operational performance level of the communication interface for the equipment. The performance of this interface gradually declines with extended operating time, while it improves as the fault rate decreases, thereby providing valuable guidance for monitoring and maintaining the operation of the equipment's communication interface.