Automate, Measure and Protect. At Every Level.
SCOPE's Substation Automation Systems, Phasor Measurement Units, and Controlled Switching Devices give utilities the tools to operate smarter substations from bay-level automation to precision EHV switching.
Modern substations demand more than protection they need automation, precise measurement, and intelligent switching. SCOPE delivers all three. Our Substation Automation Systems (SAS) integrate bay control units, RTUs, and AMUs under a unified IEC-61850 architecture. Our Phasor Measurement Units (PMUs) provide wide-area situational awareness for transmission operators. And our Controlled Switching Device developed with Vizimax (Canada) eliminates switching transients on EHV circuit breakers, protecting insulation and extending equipment life.
Our Solution Categories
Substation Automation System
End-to-end substation automation covering bay control, interlocking, event logging, and SCADA gateway built on IEC-61850 station bus architecture.
- Bay Control Units for individual bay automation: BCUs
- Remote Terminal Units for data acquisition: RTUs
- Auxiliary Measurement Units: AMUs
- SCADA integration via Action.NET or third-party systems
Phasor Measurement Unit
High-precision time-synchronised phasor measurement for wide-area monitoring, oscillation detection, and grid stability analysis at transmission level.
- GPS - synchronised voltage and current phasors
- Wide-area situational awareness (WAMS)
- Oscillation detection and inter-area mode analysis
- IEEE C37.118 compliant PMU data output
Controlled Switching Device
Point-on-wave circuit breaker control eliminates switching transients and overvoltages on EHV circuit breakers. Developed in technical partnership with Vizimax Inc., Canada.
- Point-on-wave controlled switching technology
- Eliminates switching transients and overvoltage
- Reduces insulation stress and equipment ageing
- In partnership with Vizimax Inc., Canada
Dissolved Gas &
Transformer Health
Online systems for continuous monitoring of transformer oil health gas-in-oil analysis, moisture, hydrogen, and temperature with no maintenance downtime.
- Online Dissolved Gas Analyser (DGA) for power transformer
- Measures 9 fault gases: H₂, CH₄, C₂H₂, CO, CO₂ + moisture & O₂
- Online Moisture, hydrogen & Temperature Transmitter
- Real-time early warning on transformer fault situations
Touchless Monitoring Solution
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Online HV/ EHV
Cable Monitoring System
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Key Benefits
IEC-61850 Architecture
All SAS components: BCUs, RTUs, AMUs work on a standards - based station bus, ensuring interoperability with any relay or IED.
Extended Equipment Life
CSD-controlled switching reduces mechanical and dielectric stress on EHV circuit breakers lowering maintenance costs and extending CB life.
Wide-Area Visibility
PMUs provide grid operators with real-time phasor data for system-wide stability monitoring critical for large transmission networks.
Global Technology
CSD developed with Vizimax (Canada) bringing internationally proven controlled switching technology to Indian utilities.
The intelligent automation layer for your substation.
From a single SAS deployment to a complete substation automation programme, SCOPE's engineering team can design, supply, and commission the right solution at any voltage class from 33kV to 765kV.