Abstract:
Electrical energy for system protection, supervisory control , and metering substations typically
relay on static and electromechanical devices . Each device makes and loses . Instrumentation
transformers , circuit and power framework breakers , tap changers , detaches , and other similar
devices can provide procure data . This method has two disadvantages . The first is the cost
of each device receiving the Free Power Framework flag , which includes the cost of
copper wire loads and labor for this wiring . Furthermore , each device only includes
necessary features . Statistics from neighboring organizations .
Micro – based handling technology and fiber – optic – based communication technology
have enable highly efficient acquisition and management of electric power system data .
Along these lines, microchip – based innovation ushered in a new era of integrated
substation assurance and control . This research focuses on the key points and challenges
of integrated substations . In addition , relevant testing of Hydro – one communication with
integrated substation capacity is shown. The status of the existing substation assurance
and control joining system has been clarified.
