TCO Calculator
The real cost of keeping your fleet online
See how much your current sensor fleet really costs to maintain, and what you could save by switching to ORYX.
Interactive calculator showing the total cost of ownership of a typical battery-powered sensor fleet, with labeled cost areas, a marked replacement cost crossover, and vertically stacked non-overlapping labels.
Total cost of ownership
EUR 0
Maintenance and replacement
EUR 0
Share of TCO on maintenance
0%
Potential savings with ORYX
EUR 0
Your fleet
Typical battery-powered sensor
Assumes a fixed swap time of 15 minutes per sensor at EUR 100/hour labor, plus half the price of a new sensor per replacement (balancing battery only or full sensor swap). Figures are illustrative estimates, based on real industrial deployments. The "potential with ORYX" line shows your own fleet cost with the battery replacement component removed, not a quoted ORYX price — talk to Sales for pricing tailored to your fleet.
Monitoring shouldn't need its own maintenance.
How do you keep your fleet operational?
As a sensor fleet scales, keeping every battery alive becomes a problem of its own. In practice, we see three strategies:
- Preventive fleet-wide swaps keep monitoring uninterrupted, but the whole fleet ends up paced by its weakest sensor, forcing site visits across the board long before most units actually need one.
- On-the-fly swaps save some of that overhead, but only work at small scale, and turn unpredictable and costly as fleets grow.
- Waiting until the last possible moment cuts servicing further, at the cost of a growing blind spot: sensors going dark exactly when a developing fault would show up. Each strategy trades away a piece of what predictive maintenance is supposed to deliver.
ORYX was built to eliminate that problem at the source: no bigger battery, just power harvested directly from the vibration that’s already there.
