Alarms without a next job
Operators see a wet well, a compressor, or a hot room. History, parts, and the last repair live in other systems, so the finding dies in a dashboard.
For plants, utilities, and buildings that run on equipment. TwinEdge finds wasted energy, chemical, and emergency work, turns that into a reviewed job, and puts live condition behind repair-or-replace. A person still approves the work and the spend.
TwinEdge does not replace SCADA, BMS, GIS, billing, or the CMMS you already trust. It connects the finding to the repair and the budget.
Operators see a wet well, a compressor, or a hot room. History, parts, and the last repair live in other systems, so the finding dies in a dashboard.
kWh and dose rise while the machine still makes the same output. Nobody can prove why, or turn the waste into a reviewed repair.
PMs run on a date. The asset fails on a night shift. The crew chases healthy equipment and still misses the one that was wearing.
Samples, drills, generator tests, and closeout photos are rebuilt for a regulator or a surveyor instead of captured as the work happens.
Replace-or-repair is decided on age and a spreadsheet, not on condition, energy, and service cost from the same asset.
A chatbot cannot cite the historian, draft a work order, or wait for a person. Plants need replay, approval, and a name on the decision.
Lower operating cost, fewer surprise failures, and capital spent on equipment that actually needs it. A person still approves.
TwinEdge keeps the reading next to the machine and shows why energy, wear, or chemical use went up.
TwinEdge drafts the work order. The CMMS plans it. Field closes it on a phone, even offline, and the evidence writes back.
Repair-or-replace, water quality, and carbon use the same equipment record. A person still funds the plan and still signs.
Keep SCADA, BMS, GIS, billing, and the CMMS you trust. TwinEdge sits on top. Migration is optional, and free if you choose it.
Cut energy and chemical waste. Send a reviewed crew. Keep the proof for the regulator.
From source and collection to treatment, quality, and the next capital decision.
ExplorePhysics, energy, and a reviewed job at the wet well. A person still approves.
ExploreBring process measurements, quality, and asset condition into one view.
ExploreTrace upstream conditions and prioritize field response in the network.
ExploreConnect rainfall, levels, and drainage assets to a coordinated response.
ExploreFrom extra energy on a compressor to a finished repair.
Give production, reliability, and maintenance a shared operating record.
ExploreCompare compressor duty and energy, identify losses, and verify the repair.
ExploreConnect availability, throughput, and quality losses to equipment context.
ExploreFollow temperature, flow, and equipment condition into cooling performance.
ExploreKeep quality variation connected to the process conditions behind it.
ExploreChillers, comfort, and Facility OS work on the same building record.
Connect comfort, equipment condition, and maintenance response.
ExploreCompare cooling duty and energy to understand plant performance.
ExploreFind energy changes in their load, weather, and occupancy context.
ExploreConnect buildings, utilities, locations, and shared maintenance teams.
ExploreSurvey-ready buildings: comfort, water, life-safety records, and equipment health.
ExploreWhat the work is for: uptime, energy, capital, and crew time. A person still approves.
Catch wear early so a 2am failure becomes a planned Tuesday repair.
ExploreFind extra kWh and overfeed on the same record as the machine.
ExploreReplace on condition, not on a calendar. A person still funds the plan.
ExploreTwinEdge drafts the job. Field closes it. Stop chasing healthy assets.
ExploreTwinEdge explains extra cost, drafts the job, and waits for a person.