A building electrical system is like a supervisor for managing the electricity in buildings, such as hospitals, airports, and offices. It’s crucial for the smooth operation of these places. People now expect these systems to be reliable, safe, and stable.
As technology advances, building electrical systems become more complicated, leading to various and complex issues. The chances of problems happening have gone up. Traditional ways of manually checking these systems are not fast or accurate enough anymore.
When something goes wrong in the building electrical system, it can make equipment stop working, cause data loss, and even harm people. We need to find ways to diagnose and fix these problems. In my country, we are still working on the technology to do this. Intelligent fault diagnosis technology for building electrical systems, even though it started late, has shown to be stable and efficient. It’s being used widely now.
In the past, people used to check for faults in building electrical systems, but it was subjective and uncertain. Even today, research on diagnosing problems in these systems, both in my country and abroad, is not fully developed. This paper focuses on studying a method for understanding and fixing issues in the building electrical system by analyzing signals related to electrical resistance.
