Protection and Control Panels
TSEA Protection and Control Panels are designed for protection, control, measurement, automation, and supervision of transmission and distribution systems.
Engineered on a project-specific basis, they meet defined technical and regulatory requirements for each application.
With in-house engineering and lifecycle coordination, TSEA delivers protection and control panels that integrate IEDs, control logic, communication protocols, and supervision systems within a structured architecture.
Role of Protection and Control Panels in Substation Operation
Protection and Control Panels coordinate protection, control, command, and monitoring functions within substations.
They house protection relays, control devices, metering systems, and communication interfaces that support structured system operation.
By enabling real-time supervision and defined response logic, these panels support fault detection, operational coordination, and asset protection within increasingly digital power networks.
Why TSEA Protection and Control Panels
- Project-specific engineering aligned with defined substation protection philosophies
- Integration with SPCS, automation, and SCADA architectures
- Compliance with applicable IEC standards and regulatory requirements
- Manufacturing, assembly, and testing performed in controlled environments
- Technical support from engineering through commissioning
Protection, Control, and Metering Systems
TSEA Protection and Control Panels integrate protection, control, metering, and automation functions within a coordinated architecture.
These systems monitor electrical parameters such as voltage, current, frequency, and equipment status, supporting local and remote switching operations and integration with control centers.
The configuration enables structured supervision and defined response logic within transmission and distribution systems.
TSEA substation panels are designed for both conventional and digital architectures, offering high flexibility for communication and integration with automation and supervision systems.
Our engineering teams work with multiple communication protocols, including IEC 61850, DNP3, and Modbus, and ensure compatibility with various SCADA platforms and IEDs from different manufacturers. This capability supports interoperability, scalability, and digital substation strategies.
Engineering and Testing
TSEA provides engineering services for protection, control, and automation systems, including engineering studies, coordination and selectivity analysis, equipment configuration, and factory and field testing.
The engineering process includes:
- Technical review and detailed design
- Controlled assembly
- Routine testing
- Factory Acceptance Tests (FAT) with simulation of operational scenarios
- Site Acceptance Tests (SAT), commissioning, and assisted start-up
This structured process supports defined operational performance from initial energization.
