Designing electrical substations with voltages up to 35 kV is an important stage in the development of electrical systems for transmission and distribution of electric power.
DESIGNING SS up to 35 kV includes:
- Load calculation: assessment of the need for electric power and calculation of the optimal station capacity.
- Development of schemes and engineering design: development of detailed station schemes and engineering design of all necessary elements.
- Equipment selection: advice on the optimal selection of equipment for the station considering the capacity and system requirements.
- Risk assessment and management: assessment of potential project-related risks and development of strategies for their management.
- Support during construction: providing consultations and technical support during station construction.
- Construction: construction of the station itself and manufacturing necessary equipment in our production.
EQUIPMENT INCLUDED IN THE DESIGN DECISION:
- Transformers: Transformers are used to change voltage from high to low or vice versa. In substations with voltages up to 35 kV, transformers with different capacities are used to ensure efficient transmission and distribution of electric power.
- Switches: Switches are used to open and close electrical lines to control the flow of electric power. They ensure the safety and reliability of station operation by allowing the switching and disconnecting of lines.
- Distribution devices: Distribution devices are used to distribute electric power at the station and from it. They ensure proper and uniform supply of electric power to consumers.
- Switchgear: Switchgear includes switches, disconnectors, fuses, and other elements used for control and protection of electrical lines.
- Control systems: Control systems allow remote control and monitoring of station operation. They include automatic control systems, data collection, parameter display, as well as protection and control systems.
FACTORS CONSIDERED IN DESIGN:
- Efficient use of electric power: Proper station design allows for efficient transmission and distribution of electric power, reducing losses in the grid.
- Reliability and safety: Design ensures the use of reliable equipment and switches that ensure station safety and minimize the risk of emergencies.
- Flexibility: Design allows for the development of a station considering current and future needs, providing flexibility for further expansion and system modernization.
- Cost savings: Optimal design reduces costs for station construction and operation, as well as ensures efficient resource utilization.
- Compliance with energy standards: Design meets modern energy standards and requirements, allowing the use of standardized equipment and compatibility with other electrical systems.
- Adaptability to needs: Designing stations considering capacity and system requirements allows for solutions that meet specific client needs.
- Expansion capability: Proper station design considering future needs facilitates system expansion with minimal costs.
Taking all these factors into account, designing electrical substations with voltages up to 35 kV ensures efficient, reliable, and safe electric power supply.