Detailed High Voltage System Design:
This service focuses on the comprehensive design and engineering of high-voltage systems, ensuring reliable and safe operation in compliance with international standards.
- Overall Protection Concept Diagram:
- Component Selection:
- Relay Lists:
- Concept Diagram, Trip Logic, Relay List & Signal List:
- Schematics and Interlocking Logics:
- CT/VT Calculation:
- Cable Schedule Preparation:
- Termination Plan:
Develop a comprehensive protection concept diagram for the high-voltage system.
Concept Development: Formulated an overall protection strategy tailored to the specific needs of high-voltage systems, ensuring system integrity and safety.
Select the most suitable components for high-voltage protection and control panels.
Component Evaluation: Carefully selected components that offer optimal performance and reliability, adhering to IEC 61850 and NEMA 250 standards.
Compile detailed and accurate relay lists for high-voltage systems.
Relay Documentation: Created comprehensive lists of relays, specifying their functions and configurations to ensure seamless operation and protection.
Prepare detailed design documents for high-voltage protection systems.
Developed detailed concept diagrams, trip logic, relay lists, and signal lists, ensuring a clear understanding of system operations and fault management.
Design and implement interlocking logics to ensure safe operation of high-voltage systems.
Schematic Development: Created detailed schematics and interlocking logics for the control and protection of high-voltage substations, including Medium Voltage panels, following IEC 60947 and NEMA ICS 1 standards.
Perform precise technical calculations for Current Transformers (CT) and Voltage Transformers (VT).
Transformer Sizing: Conducted technical calculations to determine the appropriate sizes and ratings of CTs and VTs, ensuring accurate measurement and protection, in compliance with IEC 60044 and NEMA PT 1 standards.
Prepare detailed cable schedules for high-voltage systems.
Cable Documentation: Developed comprehensive cable schedules for interfacing control and protection panels from the substation, ensuring proper cable management and installation, adhering to IEC 60228 and NEMA WC 70 guidelines.
Develop precise plans for cable termination in high-voltage systems.
Designed and implemented detailed termination plans to ensure secure and reliable connections, following best practices and industry standards.
Our high-voltage system designs ensure maximum reliability, safety, and efficiency, meeting international standards at every stage of the process.