Power T&D Automation Built Around the Substation, the Feeder, and the Grid
We work across power transmission and distribution -- from substation and feeder monitoring to outage management, loss analytics, and consumer communication -- bringing IoT, automation, and data integration to the specific problems T&D utilities actually have: assets spread across an entire service territory, legacy multi-vendor SCADA and RTU systems, AT&C losses, and outage response that depends on a consumer calling in rather than the system already knowing. Built on the same platform already proven across steel and power operations, including real distribution-network monitoring work for a utility -- these capabilities are engineered for T&D realities, not adapted from a generic industrial-IoT template after the fact.
The Weight of Complexity in Power T&D Operations
Substations, feeders, and distribution transformers spread across an entire service territory, where physical presence at every site isn't practical or affordable
Transformer and switchgear condition assessed on a fixed inspection calendar instead of actual loading and health data
Outages discovered when a consumer calls in, rather than the system flagging a fault the moment it happens
Distribution networks built up over years on different RTU, IED, and SCADA vendors, none of which share a screen
Aggregate Technical & Commercial (AT&C) losses -- a mix of technical losses and theft or metering inaccuracy -- tracked periodically instead of monitored continuously at the feeder level
Restricted substation and switchyard areas depending on manual access control rather than automated detection
Consumer complaints, outage reports, and billing queries handled by an overloaded call centre that doesn't share data with field operations
Grid data spread across multiple departments and systems, with no single, consolidated view of network health
None of this is unique to any one utility -- it's the shape of running a distribution network across an entire service territory. It's also exactly where we've spent our engineering time.
Value Chain
Where We Work Across Power T&D Operations
A T&D network is a chain of very different assets, spread across a wide geography. Here's where this platform applies, stage by stage:
Substation Monitoring & Automation
- Real-time substation parameter monitoring -- transformer loading, switchgear status, protection relay data -- consolidated into one unified view
- Multi-vendor RTU, IED, and SCADA integration, so a substation built up over years on different vendors doesn't need to standardize before it can be monitored centrally
Distribution Feeder & Network Monitoring
- Real-time feeder-level load, voltage, and fault monitoring across the distribution network
- Fault location narrowed to a specific feeder segment, instead of a field crew searching a whole feeder length
Smart Grid & SCADA/DMS Integration
- Unified, browser-based Web-SCADA visibility across substations, feeders, and distribution assets spread across a service territory
- The same distribution-network monitoring approach already proven for a utility's distribution network, consolidating what used to be separate, per-site SCADA systems into one live view
Transformer & Asset Condition Monitoring
- Condition-Based Monitoring System (CBMS) tracking transformer and switchgear health, flagging degradation before it causes an outage
- Maintenance scheduled by actual loading and condition data, instead of a fixed inspection calendar
Outage Detection & Management
- Automatic fault and outage detection at the feeder or transformer level, instead of waiting on a consumer complaint to know something's wrong
- Restoration tracking and crew dispatch coordination tied to the actual fault location and status
Energy Metering & Loss Analytics
- Real-time energy metering data integrated into the same unified platform as network and outage data
- AT&C (Aggregate Technical & Commercial) loss analytics -- distinguishing technical losses from theft or metering inaccuracy at the feeder or transformer level -- instead of a periodic, aggregate loss estimate
Grid Safety & Restricted-Zone Monitoring
- RFID and camera-based intrusion detection for substations and switchyards, the same safety-tech capability already proven for restricted-area access control in utility and industrial operations
- Machine-vision-based hazard detection around transformers and high-voltage equipment
Remote & Multi-Site Connectivity
- LoRa-based wireless connectivity extending monitoring to substations, feeders, and distribution points spread across an entire service territory, without a dedicated fibre run to every point
- Built for exactly the connectivity challenge a T&D network faces -- assets distributed across a wide geography, often far from existing cabling
Consumer Services & Outage Communication
- AI-based digital operator handling routine consumer queries -- billing, outage status, service requests -- without a consumer waiting on hold
- Built-in complaint lifecycle management, so an outage report or billing query is tracked from intake through resolution rather than lost in a call log
- Delivered through Com-One, Hailiot's enterprise communication and CRM platform, built for exactly this kind of high-volume, consumer-facing call and complaint handling
Enterprise, ERP & Grid Data Platform
- A single, time-synchronized data layer integrating substation, feeder, outage, metering, and consumer data -- across departments and vendors that were never built to share a screen
- Asset-management ERP capability tying maintenance planning and spares inventory into one system rather than a spreadsheet-driven process
Grid Safety & Hazard Monitoring
Early detection of physical hazards and unauthorized access is critical for high-voltage grid infrastructure spread across wide service territories. Vision AI capability applies directly across substations and switchyards:
Substation Intrusion & Access
RFID and camera-based intrusion detection for substations and switchyard restricted zones.
HV Equipment Hazard Detection
Machine-vision-based hazard and thermal anomaly detection around transformers and HV switchgear.
Remote Site Inspection
Automated visual checking of remote substation enclosures and yard conditions.
Configured to the specific security and safety rules of each utility, providing automated perimeter and hazard surveillance.
Remote Connectivity Across Distributed T&D Networks
A transmission and distribution network is, by definition, distributed -- substations, feeders, and distribution transformers spread across an entire service territory, often far from existing cabling. LoRa-based wireless connectivity, already proven extending monitoring to remote and hard-to-cable industrial sites, is built for exactly this reality -- connecting distributed T&D infrastructure without requiring a dedicated fibre run to every point.
Consumer Services, Powered by Com-One
A T&D utility's consumer helpdesk faces the same call volume and complaint-tracking challenge as any large call centre -- outage reports, billing queries, and service requests that need to be logged, routed, and resolved. Com-One, Hailiot's enterprise communication and CRM platform, brings AI-based call handling and built-in complaint lifecycle management to exactly this kind of consumer-facing operation.
Built on EpsumThings
Every capability on this page runs on EpsumThings, Hailiot's industrial operations platform -- Unified Data Lake for multi-vendor data integration across substation, feeder, and metering systems, Web-SCADA for unified visibility, SCADAA for trend and deviation analytics, Vision AI for the safety and hazard-detection work described above, Workflow Automation for maintenance and outage workflows, and AI Agents for the next layer of autonomous decision support. This is the same platform already proven across steel and power generation operations, and already running real distribution-network monitoring for a utility -- extended here into transmission and distribution's substation, feeder, and outage-management operations.
Why T&D Utilities Work With Us
Territory-Wide Connectivity
Connectivity designed for distributed, service-territory-wide networks -- LoRa-based monitoring -- rather than assuming every point already has cabling.
Proven Utility Experience
Real, proven distribution-network monitoring experience with a utility, not a generic IoT pitch adapted for T&D after the fact.
Consumer Communication Integration
Purpose-built consumer communication through Com-One, covering outage reports and billing queries alongside network monitoring.
Multi-Vendor by Design
RTU, IED, and SCADA integration that unifies what's already running rather than forcing a single-brand standard.
What This Changes for Power T&D Operations
Substation and feeder health visible in real time, instead of found out on the next inspection or after an outage
Outages detected and located automatically, instead of waiting on a consumer call
AT&C losses visible at the feeder level, instead of a periodic aggregate estimate
Restricted substation areas monitored automatically, instead of relying on manual access control
Consumer queries and outage reports tracked from intake to resolution, instead of lost in a call log
Grid data connected across departments into one consolidated view, instead of scattered per system
Frequently Asked Questions
Our deepest process-industry and power-sector track record right now is in steel and power generation, plus real distribution-network monitoring work already proven for a utility. The T&D-specific capabilities on this page are built on that same platform and engineering team, adapted to substation, feeder, and outage-management realities, rather than a first-time build for power T&D specifically.
Have a Question, or Finding Out About an Outage From a Consumer Call?
If a substation fault, a feeder outage, or a loss pattern depends on a consumer complaint or a periodic inspection rather than a system that flags it in real time, that's exactly the gap this platform is built to close.