EHV Substation Design & Engineering
- home
- Our Services
- EHV Substation Design & Engineering
EHV Substation Design & Engineering
Civil Design for EHV Substations
We offer comprehensive civil design for EHV substations including control buildings, equipment foundations, cable trenches, and drainage systems. Designs are optimized for structural integrity, site conditions, and seismic zones to ensure longevity and operational reliability.
EHV Substation Design & Engineering
Electrical Design for EHV Substations
Our electrical design covers layout, equipment selection, protection coordination, and interlocking schemes for EHV substations. Designs comply with CEA, IS, and IEC standards and are developed for both AIS and GIS systems. Emphasis is placed on safety, scalability, and operational efficiency.
EHV Substation Design & Engineering
Structural Design for EHV Substations
We develop structural designs for gantries, towers, cable supports, and equipment structures tailored to EHV substations. Using STAAD and other tools, we ensure compliance with IS/BS codes, wind loads, and seismic factors, offering stability and constructability in every solution.
EHV Substation Design & Engineering
Design & Detailed Engineering up to 230kV
We provide end-to-end design and detailed engineering services for substations up to 230kV. This includes SLDs, layouts, cable routing, protection systems, and panel schematics. Our approach integrates utility norms, manufacturer requirements, and site-specific challenges.
EHV Substation Design & Engineering
AIS and GIS Substation Engineering
We engineer both AIS (Air Insulated) and GIS (Gas Insulated) substations based on space, performance, and cost criteria. Our expertise includes bus configurations, SF6 handling, and compact designs for urban areas. We ensure optimum protection and operational flexibility.
EHV Substation Design & Engineering
Renewable Energy Pooling Substations
We design pooling substations for integrating wind, solar, and hybrid renewable projects into the grid. Our solutions address intermittency, SCADA integration, and reactive power management. These substations are tailored for scalability, minimal losses, and grid code compliance.
EHV Substation Design & Engineering
EHV Substation Networking & Grid Interconnection
We provide engineering for EHV substation grid interconnection including transmission line interface, bay allocation, and protection relay coordination. Our networking studies ensure synchronization, load flow balance, and reliability across transmission corridors.