Comprehensive HV/MV substation engineering for industrial and commercial facilities connecting to the national grid at 11kV, 33kV, or 132kV levels. Services cover load flow analysis, single-line diagram development, protection relay coordination, and full commissioning within BPDB/PGCB/DESCO utility requirements.
BPDB/PGCB/DESCO-compliant substation design avoids utility rejection, costly rework, and connection delays.
Properly coordinated protection relays ensure fault isolation without unnecessary outages or equipment damage.
Correctly engineered substations provide reliable, safe power distribution to all facility loads.
Substations sized and designed for future load growth avoid expensive capacity upgrades.
All designs meet IEC substation standards, ensuring equipment compatibility and insurance compliance.
Power system analysis to determine maximum demand, load flow, fault levels, and equipment ratings at each voltage level.
Comprehensive SLD development and specification of transformers, switchgear, busbars, and protection equipment.
Graded protection coordination study ensuring correct fault discrimination from feeder to utility interconnection.
Technical specification and procurement support for primary switchgear and power transformers to IEC standards.
Earth grid design, soil resistivity testing, step/touch voltage analysis, and lightning protection system design.
Factory acceptance testing, site erection supervision, protection relay testing, and energisation commissioning.
Substation IoT Monitoring via FN CloudIntegration of substation metering and protection relay data into FN Cloud for real-time visibility and alarming.
Power Quality Monitoring at HVContinuous power quality monitoring at the substation level to detect grid disturbances and track supply quality.
Energy Management IntegrationSubstation metering data feeds into FN Cloud energy management for facility-wide energy monitoring and reporting.
Maximum demand assessment, utility supply availability confirmation, and conceptual substation design including voltage level selection.
SLD development, load flow and fault level analysis, protection coordination study, earthing design, and equipment specification.
Equipment procurement support, civil construction supervision, electrical installation, and cabling.
Factory acceptance testing, protection relay setting and testing, site commissioning, and BPDB/PGCB/DESCO approval.
33kV and 132kV substations for steel mills, rolling mills, and heavy industrial facilities with high fault level requirements.
11kV and 33kV industrial substations for large manufacturing campuses with multiple production hall feeds.
Generator step-up substations and grid interconnection substations for industrial power generation projects.
11kV substation design and setup for commercial towers, shopping centres, and business parks with DESCO connection.
Port electrical infrastructure including HV substations, shore power systems, and crane power distribution.
Primary distribution substations for industrial parks providing reliable HV/MV power distribution to multiple tenants.