Analysis of Intelligent Research and Development System of Power Communication Equipment Based on Artificial Intelligence Technology

The research and development of electric power communication equipment is a heavy task. Traditional research and development systems have problems such as inconsistent communication protocols and interface standards between devices and poor compatibility. This paper studies the intelligent research and development system of power communication equipment based on artificial intelligence, and tests and evaluates its performance. In this paper, the response time of the system is tested by simulating the load in real scenarios. Secondly, the throughput of the system is evaluated by sending a large number of requests and recording the number of requests processed by the system. At the same time, we conducted a concurrency capability test to simulate concurrent requests and observe the response time and throughput of the system. In addition, stability tests were performed to evaluate how the system would perform over long periods of time and under sustained load. The research results show that the artificial intelligence-based intelligent R&D system for power communication equipment shows obvious advantages in terms of throughput, stability and response time. The system can efficiently process large-scale data and requests to improve throughput. At the same time, through learning and pattern recognition, the system can improve stability, prevent and repair potential anomalies.