Thermal Power Plant Automation Built Around the Boiler, the Turbine, and the Coal Yard
We work across thermal power generation -- from fuel handling and combustion to turbine condition, water treatment, and dispatch -- bringing IoT, machine vision, and automation to the specific problems thermal power operators actually have: boiler and turbine reliability, heat rate efficiency, restricted-zone safety, and maintenance coordination across a plant that can't afford unplanned downtime. Already proven in the field for boiler maintenance workflow and restricted-area safety -- these capabilities are built for thermal power plant realities, not adapted from a generic industrial-IoT template after the fact.
The Weight of Complexity in Thermal Power Generation
Boiler tube health and combustion performance tracked through periodic inspection rather than continuous condition monitoring, so a developing issue is caught on the next outage rather than as it happens
Boiler maintenance work -- delegation, review, job status -- coordinated manually or on paper, slowing response and losing visibility into what's actually been completed
Turbine and generator condition assessed on a fixed maintenance calendar instead of actual vibration, temperature, and performance data
Coal handling and ash handling systems -- crushers, conveyors, stackers -- running long distances across a site where a foreign object, belt wear, or misalignment isn't caught until it causes a stoppage
Restricted zones -- turbine hall, coal yard, switchyard, control room -- depending on manual access control rather than automated detection
Heat rate and plant efficiency reviewed periodically instead of managed in real time, even though it's the single largest lever on generation cost
Water treatment and cooling system performance tracked on isolated systems, disconnected from the rest of plant data
Weld quality and repair work on boiler and pressure-part components documented on paper, making it hard to trace a weld back to a specific job or technician
None of this is unique to any one plant -- it's the shape of running thermal generation at scale, where reliability and heat rate both matter every single day. It's also exactly where we've spent our engineering time.
Value Chain
Where We Work Across Thermal Power Generation
A thermal power plant is a chain of very different operations, each with its own reliability stakes. Here's where this platform applies, stage by stage:
Fuel Handling & Coal Yard
- Machine-vision detection of foreign particles and material quality on conveyors carrying coal and fuel
- Belt wear and tear detection across coal handling plant conveyors, stackers, and reclaimers, flagging degradation before it causes a failure
Boiler Operations & Combustion Monitoring
- Real-time boiler parameter and combustion efficiency monitoring, consolidated into one unified view instead of scattered across isolated systems
- Condition-based monitoring for boiler tube health and pressure-part components, flagging degradation before it forces an unplanned outage
Turbine & Generator Condition Monitoring
- Condition-Based Monitoring System (CBMS) tracking turbine and generator health -- vibration, temperature, performance -- flagging degradation before it causes a failure
- Maintenance scheduled by actual condition, instead of a fixed calendar that either over- or under-services critical rotating equipment
Ash Handling & Environmental Systems
- Real-time monitoring of ash handling and emissions control systems, tied into the same unified data platform as the rest of the plant
- Environmental compliance data tracked continuously rather than reviewed periodically
Water Treatment & Cooling Systems
- Real-time monitoring of DM plant, cooling tower, and condenser performance, instead of tracked on isolated systems
- Water quality and consumption data connected to the same platform as boiler and turbine operations
Plant-Wide Automation & DCS/SCADA Integration
- Multi-vendor DCS, PLC, and SCADA integration bringing boiler, turbine, coal handling, and balance-of-plant control systems onto a single, browser-based Web-SCADA view
- Built for plants running multiple automation vendors across different eras of the operation, without forcing a single-brand standard
Energy & Heat Rate Optimization
- Real-time heat rate and plant efficiency tracking, tied directly to generation output -- the single largest lever on generation cost -- instead of a periodic aggregate review
- The same energy-monitoring approach already proven on energy-intensive process operations in the metals sector, applied to thermal generation's own heat-rate economics
Safety & Restricted-Zone Monitoring
- RFID and camera-based intrusion detection for restricted areas -- turbine hall, switchyard, coal yard, control room -- already deployed in the field at a thermal power plant, not a hypothetical for this sector
- Machine-vision-based fire, smoke, and hazard detection around boiler, turbine, and electrical systems
Maintenance Workflow & Job Management
- Digital job delegation, review, and live status tracking for boiler maintenance work -- already deployed in the field, replacing manual coordination and paper-based job tracking
- Weld management and quality documentation for boiler and pressure-part repair work, tying a weld back to the specific job, component, and technician -- also already proven in the field at a thermal power plant
Enterprise, ERP & Dispatch Integration
- Manufacturing/asset ERP tying maintenance planning, spares inventory, and plant data into one system rather than a spreadsheet-driven process
- Generation and dispatch data connected into the same platform, supporting grid-dispatch coordination and reporting
Machine Vision Across Thermal Power Operations
The same Vision AI capability already proven in industrial plant environments applies directly to thermal power operations, solving genuinely different problems with one underlying platform:
Fire, Smoke & Hazard Detection
Fire, smoke, and hazard detection around boiler, turbine, and electrical systems.
Coal Handling Conveyors
Foreign-particle detection and belt wear monitoring on coal handling conveyors.
Visual & Thermal Inspection
Visual and thermal inspection support for boiler, turbine, and balance-of-plant equipment.
Configured to what each plant actually needs watched, rather than a fixed, single-purpose vision product.
Maintenance Workflow Management, Proven in the Field
Boiler maintenance coordination -- job delegation, review, and live status tracking -- along with weld management and quality documentation for pressure-part repair work, are not hypotheticals on this page. Both are already deployed at a thermal power plant, replacing manual coordination and paper-based job tracking with digital workflows that show exactly what's been done, by whom, and on what.
Built on EpsumThings
Every capability on this page runs on EpsumThings, Hailiot's industrial operations platform -- Unified Data Lake for multi-vendor data integration, Web-SCADA for unified control-room visibility, SCADAA for trend and deviation analytics, Vision AI for the machine-vision work described above, Workflow Automation for the maintenance and weld-management workflows already proven in the field, and AI Agents for the next layer of autonomous decision support. This is the same platform already proven at thermal power plants specifically -- not just an adjacent industry -- for maintenance workflow and restricted-zone safety, alongside a broader track record across steel and other process operations.
Why Thermal Power Operators Work With Us
Proven in the Field
Already proven in the field for boiler maintenance workflow and restricted-zone safety at a thermal power plant, not a generic industrial-IoT pitch adapted for power generation.
Process-Specific Depth
Process-specific technical depth -- heat rate economics, boiler tube health, turbine condition -- not adapted from a different industry after the fact.
One Connected Platform
One platform across automation, maintenance, safety, energy, and ERP, instead of a different vendor for each capability.
Multi-Vendor by Design
Multi-vendor by design -- DCS and SCADA integration that unifies what's already running rather than forcing a single-brand standard.
What This Changes for Thermal Power Operations
Boiler maintenance work delegated, tracked, and closed out digitally, instead of coordinated on paper or by phone
Boiler tube and turbine condition visible before they force an unplanned outage
Restricted zones monitored automatically, instead of depending on manual access control
Heat rate and plant efficiency tracked in real time against generation output
Weld and repair quality on pressure-part components traceable to the specific job and technician
Frequently Asked Questions
Yes -- boiler maintenance workflow (job delegation, review, and live status tracking) and weld management for pressure-part repair work are both already deployed at a thermal power plant, alongside restricted-zone safety monitoring at another. Broader capabilities on this page build on that same proven foundation.
Have a Question, or Coordinating Boiler Maintenance on Paper and Phone Calls?
If boiler maintenance, turbine condition, or restricted-zone safety depends on paper records and manual coordination rather than a system that tracks it digitally, that's exactly the gap this platform is already closing at thermal power plants today.