Power Generation Monitoring for Critical Equipment and Machinery
Gain real-time visibility and expert analysis to keep every power generation asset operating reliably, avoid expensive downtime, and optimize performance.
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Proven Results From Power Generation Environments
A Complete Condition Monitoring System Built for Power Generation Environments
Sensors
UpTime Solution’s wireless sensor network provides continuous insight into ultrasound, vibration, and temperature across equipment in power generation facilities, including low-speed assets and hard-to-access areas.
MistLX & MistEX support flexible, scalable rollouts with long battery performance, while Brick TS1X enables multi-channel vibration and process monitoring for comprehensive plant coverage without complex cabling.
Software
UpCastCM™ is condition monitoring software that converts detailed equipment data into clear, practical intelligence. Its cloud analytics, secure signal processing, and enterprise-ready design deliver dependable diagnostics across large operations. Information is structured by asset and ranked by urgency, while reliability specialists translate findings into maintenance actions so teams understand what needs attention, the right timing, and the reason behind it.
Experts
Experienced reliability analysts review your data daily to distinguish meaningful patterns from background activity. Drawing on years of industry expertise, they confirm results, establish practical alarm limits, identify root causes, and provide straightforward maintenance guidance that elevates wireless condition monitoring into a true reliability strategy rather than a simple dashboard.
Complete Condition Visibility
Our MistEX & MistLX offer 3-in-1 monitoring of your vital operation assets.
Ultrasound
Ultrasonic condition monitoring detects early signs of irregularities and wear on low-speed equipment. By capturing friction and deterioration at the ultrasonic level, minor issues are revealed well before they have a chance to develop into major problems.
Lubrication optimization
Slow-speed bearing faults
Low-frequency vibration monitoring makes it easier to identify lance, misalignment, and looseness in slow-speed equipment.
IP69-rated
FFT spectrum & waveform
Temperature monitoring data highlights early signs of overheating, which can signal equipment stress or a potential failure.
Trend analysis
Process correlation
How Our Asset Monitoring Works in Power Generation Environments
We do more than provide sensors. We work alongside your team to create a complete reliability program that fits smoothly into your existing process and maintenance workflow.
1. Assess
We review your facility to pinpoint the most critical assets and define a monitoring scope designed to deliver a strong return on investment before rollout begins.
2. Install
UpTime installs the monitoring system efficiently with little to no interruptions. Our analysts establish meaningful thresholds so every asset is configured with reliability in mind from the start.
3. Connect
Sensors transmit data securely to our UpCastCM platform without heavy IT demands, providing immediate remote insight into equipment condition through an intuitive interface.
4. Analyze
Automated alerts triggered by our algorithms are reviewed by experienced analysts, not computers, who verify findings and identify early signs of failure, ensuring you receive accurate notifications instead of unnecessary alarms.
5. Collaborate
Our specialists collaborate with your team to explain results and recommend next steps, strengthening confidence in your maintenance strategy and supporting a culture of reliability and productivity.
Designed for Power Generation Environments and Backed by Decades of Practical Experience
Prescriptive Action
Beyond alarms and trend graphs, UpTime provides fault-specific diagnostics with defined severity levels and clear maintenance guidance. Each recommendation is reviewed by experienced analysts rather than relying solely on automated alerts.
Our durable sensors are IP-69 rated and made to handle heat, humidity, and airborne contaminants commonly found throughout power generation facilities.
Reliable detection of assets operating at very low speeds, even near 1 RPM. This is especially valuable for equipment such as cooling tower fans, fuel handling conveyors, large gearboxes, and auxiliary drives, where early warning signs are difficult to detect but essential to prevent failure.
Proven To Scale
Successfully deployed from small pilot initiatives to large enterprise implementations, including single facilities with more than 20,000 sensors and multi-site power generation operations across the country.
Customers typically achieve payback within 2–12 months.
Facilities that adopt our solutions often report more than a 30% decrease in costs associated with unplanned downtime.
Assets We Monitor
Experience comprehensive coverage across the entire data HVAC system, from central cooling plants to white space air handling.
Boiler and Combustion Systems:
- Induced draft and forced draft fan assemblies
- Primary and secondary air fan drives
- Boiler feedwater pump drives
- Fuel feeder and stoker drives
- Pulverizer and coal mill drives
- Air preheater rotation drives
- Soot blower drive mechanisms
- Ash handling conveyor drives
- Damper and valve actuator systems
Cooling and Water Circulation Equipment:
- Cooling tower fan assemblies and gear drives
- Circulating water pumps and motors
- Condenser pumps and vacuum pumps
- Cooling water booster pumps
- Heat exchanger circulation pumps
- Chilled water pumps
- Intake structure screens and drive systems
- Spray pond and cooling basin recirculation equipment
Fuel Handling and Material Movement:
- Conveyors (including belt, drag, and chain systems)
- Coal crushers and pulverizers
- Fuel feeders and hoppers
- Ash handling conveyors and screw systems
- Bucket elevators and transfer points
- Stacker reclaimers and storage yard conveyors
Auxiliary and Support Systems:
- Lubrication skids and oil circulation systems
- Hydraulic power units and actuator systems
- Plant air compressors
- Ventilation fans and blowers for boiler and turbine areas
- Heat exchangers and cooling skids
- Ash handling systems and dust collection units
- Chemical dosing and water treatment equipment
Proven Performance in Power Generation Environments
Case Study:
How a major power generation facility partnered with UpTime Solutions to detect issues early and scale uptime across critical operations.
Situation
The facility sought to reduce unplanned outages and improve maintenance scheduling for critical generation equipment.
Result
- Early detection of a slow-speed gearbox helped prevent a likely failure months in advance.
- Downtime was reduced through proactive and well-timed maintenance planning.
- Repair expenses decreased, and equipment lifespan improved because issues were addressed before they escalated.
- The facility strengthened its reliability culture and gained confidence in monitoring assets while scheduling maintenance with greater accuracy to support sustained uptime.
Problem
- A challenging project set within an aging 3-million-square-foot generation facility.
- On-site reliability resources were limited compared to the size and demands of the generation facility.
Solution
UpTime’s scalable approach provides precise condition assessments that help teams prioritize maintenance tasks during unplanned outages in power generation facilities.
- Ultrasonic monitoring: Identifies friction, gear mesh irregularities, and bearing wear in low-speed equipment before vibration indicators are present.
- Low-frequency vibration monitoring: Helps uncover imbalance, misalignment, and mechanical looseness in power generation machinery.
- Temperatureturb monitoring: Exposes early temperature changes that can signal stress or a developing equipment failure.
UpTime’s analysts worked closely with the team to interpret equipment data and deliver targeted prescriptive insights with clear, actionable steps to prevent failures, supporting a faster return on investment.
Result
- Early detection of a slow-speed gearbox helped prevent a likely failure months in advance.
- Downtime was reduced through proactive and well-timed maintenance planning.
- Repair expenses decreased, and equipment lifespan improved because issues were addressed before they escalated.
- The facility strengthened its reliability culture and gained confidence in monitoring assets while scheduling maintenance with greater accuracy to support sustained uptime.
Gain the clarity you deserve
Protect your line’s bottom line by maximizing the ROI on your capital equipment.
Ready to get every ounce of value from your assets? Let’s talk.
