ENERZIX delivers comprehensive primary and secondary engineering for AIS and GIS substations, covering primary equipment layouts, busbar arrangements, equipment specifications, control and protection schematics, cable schedules, wiring diagrams, AC/DC auxiliary systems, marshalling kiosks, substation automation systems (SAS), and engineering documentation for construction, testing, and commissioning. Our engineering ensures seamless integration, design consistency, and reliable project execution in accordance with international utility and EPC standards.

ENERZIX provides grid integration and interconnection engineering for utility-scale transmission substations, renewable energy substations, Solar PV substations, BESS substations, pooling substations, switching substations, and grid-connected industrial substations. Our services include Point of Interconnection (POI) engineering, grid code compliance, utility interface engineering, power evacuation system design and interconnection engineering, and technical studies.

We deliver a complete suite of power system studies, including load flow, short circuit, transient stability, protection coordination, insulation coordination, harmonic, reactive power, and grid impact studies, ensuring secure, reliable, and grid-compliant integration with transmission and distribution networks.

ENERZIX provides protection, control, and substation automation engineering for AIS and GIS substations, including protection philosophy, relay coordination, relay settings, control and protection schemes, IEC 61850 digital substation architecture, SCADA integration, HMI, RTU, SAS, communication networks, interlocking logic, AC/DC auxiliary systems, and FAT/SAT engineering support. Our solutions deliver secure, reliable, interoperable, and grid-compliant substation operation while improving system availability, operational safety, and long-term asset performance.