March 17, 2023
In the global economy, industrial electric motors power a wide range of applications. The International Energy Agency (IEA) estimates that up to 70% of all energy used in industrial settings, 35% of all energy used in the commercial and service sectors, and 45% of all power generated globally come from the automobile industry. Given that motor-related downtime costs thousands of dollars per hour, these statistics demonstrate the critical role that electric motors play in a range of industrial activities.
March 17, 2023
The fastest, cleanest, and most economical way to get dependable electricity is to increase energy efficiency. Approximately 46% of the total power and 69% of the total energy used in the industrial sector are for motors. One of the most significant issues that many organizations face is energy use. The poor architecture and inefficient use of power must be rectified first.
March 17, 2023
To provide your facility with a power system that is safe, efficient, and reliable for operation under both normal and abnormal situations, a power system analysis consists of several technical assessments and the use of scientific analytic ideas and techniques. Understanding how a system will operate in various configurations and the consequences of disturbances like capacitor switching, the start of a large motor, and arc flash incident energy are the goals of a power system analysis.
March 17, 2023
We are all aware of the importance of electricity to our civilization. The system needs to be balanced for electrical power generation, transmission, and distribution to function well. To successfully complete any kind of power system analysis, load flow is a need. The voltage of the system, the actual and reactive power produced and consumed, and line losses are all provided through load flow analysis.