Industry Solutions for Energy & Power Utilities
We provide engineered medium- and low-voltage electrical solutions for energy and power utilities, including MV distribution networks, primary and secondary substations, DER/BESS interconnection and advanced protection & control systems.
Our factory-built switchgear, transformers, ring main units (RMU), interconnection cabinets and SCADA-ready control panels help utilities improve reliability (SAIDI/SAIFI), accelerate interconnection of renewables and enhance grid flexibility under evolving grid codes.
From rural feeders and urban distribution substations to hybrid microgrids and solar+storage plants, we deliver safe, compliant and maintainable infrastructure with complete documentation for utilities, EPCs and regulators.
- 10–35 kV distribution switchgear & RMU (indoor/outdoor)
- 33–110 kV step-up transformers & primary substations
- PV, wind, CHP & BESS interconnection cabinets
- Protection & Control, SCADA/EMS/DMS integration
- IEC / IEEE / CE / ISO-compliant utility solutions
Who We Serve
Our Energy & Power Utilities solutions are designed for grid companies, municipal utilities and large industrial users that operate their own distribution networks.
33–110 kV primary substations, step-up transformers, HV/MV switchyards and grid interconnection.
10–35 kV feeders, RMU rings, sectionalizing points, automated reclosers and feeder automation schemes.
PV, wind and BESS interconnection bays, collector substations and compliant tie-in cabinets.
Industrial parks, ports, data centers and campuses with own MV networks and embedded generation.
Key Challenges for Utilities
Modern utilities face a combination of asset aging, increasing DER penetration and tighter regulatory requirements. Our solutions directly target these pain points:
Reduce SAIDI/SAIFI through better protection coordination, fault localization and feeder automation.
Safely integrate PV, wind and BESS without compromising power quality or protection margins.
Replace or retrofit legacy switchgear and transformers with modern, compact and maintainable equipment.
Gain real-time status, alarms and power-quality data through SCADA/EMS integration and digital meters.
Typical Utility System Architecture
We design medium-voltage and high-voltage architectures that can be deployed in phases and expanded as load or DER penetration grows.
10–35 kV feeders configured in radial, ring or mesh topologies with sectionalizing RMUs and reclosers.
33–110 kV incoming lines, main transformers, busbars, MV switchgear and station service systems.
Dedicated bays and cabinets for PV, wind, CHP and battery storage, with grid-code compliant relays.
Protection relays, RTUs, gateways and SCADA/EMS/DMS systems for local and remote control.
Architectures can be tailored to N-1 or N-2 redundancy requirements and future capacity expansion.
Core Electrical Equipment Supply
Protection & Control Strategy
We implement multi-layer protection schemes to clear faults quickly while maintaining selectivity and stability across feeders, busbars, transformers and DER interconnections.
| Layer | Function | Typical Protection | Notes |
|---|---|---|---|
| Feeder | Overcurrent, earth fault, reclosing | 50/51, 50N/51N, recloser logic | Time-graded with upstream/downstream devices; supports automatic restoration. |
| Busbar | Bus differential, backup OC | 87B, 50/51 | Fast fault clearance with CT supervision and breaker failure logic. |
| Transformer | Differential, REF, overload, temp | 87T, 64REF, thermal models | Protects against internal faults and through-fault heating; OLTC interlocks. |
| Interconnection / DER | Synch-check, islanding, PQ limits | 25, 27/59, 81O/U, 81R | Ensures safe connection/disconnection and grid-code compliant DER operation. |
Protection settings, coordination studies and logic diagrams are delivered as part of the engineering package.
DER, PV & BESS Integration
See also: PV Electrical Solutions · Desert PV + ESS · Utility-Scale PV Plants
Digital & Data Layer
Digitalization allows utilities to move from reactive operations to data-driven, predictive management. We build digital capabilities into every project:
Advanced meters record energy, demand, harmonics and power quality for regulatory reporting.
Events, alarms, measurements and breaker status are archived for analysis and compliance.
Transformer temperatures, partial discharge, SF₆ pressure and breaker operations support predictive maintenance.
Segmented networks, secure protocols, user roles and logging to meet utility cybersecurity policies.
Sustainability & ESG Impact
Grid modernization is a key enabler for decarbonization. Our solutions help utilities integrate more renewable energy while documenting measurable ESG outcomes.
Increased hosting capacity for PV and wind projects through coordinated protection, voltage control and DERMS integration.
Optimized transformer selection, conductor sizing and reactive power management to reduce technical losses.
SCADA and metering data can be exported to sustainability platforms for CO₂ accounting and ESG reports.
Long-life equipment, refurbishment options and responsible end-of-life handling reduce resource footprint.
Case Highlights
KPIs, Standards & Compliance
| Reliability KPIs | SAIDI, SAIFI, CAIDI, feeder restoration times |
| Power Quality | Voltage deviation, flicker, THD, imbalance, harmonics |
| DER Interconnection | ROCOF, O/U-frequency, O/U-voltage, islanding detection, ramp-rate control |
| Main Standards | IEC 62271, IEC 60076, IEC 61850, IEC 60870-5-104, IEEE C37, ISO 9001/14001 |
| Cybersecurity | Network segmentation, secure protocols, RBAC, event logging and alarm trails |
| Documentation | Type tests, FAT/SAT reports, relay setting sheets, SLDs, as-built drawings, O&M manuals |
We can align with local grid-code requirements and support submissions to utilities and regulators.
Lifecycle, Maintenance & Services
Recommended inspection intervals, IR thermography, relay testing, breaker maintenance, SF₆ pressure checks and transformer oil analysis.
Spare breakers, CT/VT modules, relay spares, power supplies and communication cards, plus obsolescence roadmaps for long-term fleets.
Operator and maintenance training, relay setting workshops, safety & LOTO procedures, and digital documentation handover.
Standard 24–36 month warranty with options for extended coverage, on-site support and response-time SLAs.
Engineering & Delivery Process
Collect SLDs, load-flow/short-circuit studies, grid-code and communication requirements, site conditions.
Prepare detailed SLDs, protection coordination, equipment specifications, layout drawings and cable schedules.
Factory build of MV/LV switchgear, RMUs, transformers, interconnection and control panels with in-process QA.
Routine tests, type test verification, relay configuration, cyber-hardening checks and complete FAT reports.
Installation support, wiring checks, SCADA integration, secondary injection tests and energization support.
As-built drawings, parameter backups, training sessions and preventive maintenance plans.
RFP / Specification Checklist
To accelerate proposal preparation and ensure technical alignment, we recommend including the following in your RFP or technical specification:
Downloadable Resources
- MV Switchgear Datasheet (10–35 kV)
- RMU Product Catalog & Configuration Matrix
- Power Transformer Selection Guide (33–110 kV)
- Protection & Control Application Note (IEC 61850-based)
- SCADA / EMS Integration Checklist
Need editable templates (SLD, relay-setting sheets, I/O lists)? Request them from our engineering team.
Frequently Asked Questions
Yes. We deliver relay settings, anti-islanding logic, ROCOF thresholds, interconnection studies and documentation aligned with applicable grid codes and utility requirements.
IEC 61850/GOOSE, IEC 60870-5-104, DNP3, Modbus TCP/RTU and others via protocol gateways, with cyber-secure architecture and role-based access control.
Yes. We can supply full MV/LV equipment, transformers, protection & control panels, SCADA integration, FAT/SAT and all associated engineering documentation.
From compact 10 kV distribution substations to 110 kV primary substations and large feeder automation programs covering multiple districts or regions.
We can design retrofit solutions that coexist with legacy systems, including adapter panels, mixed-protocol communication and phased replacement strategies.
Yes. We can help standardize switchgear types, relay families and communication architectures to simplify training, spares and maintenance across your fleet.