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Home> | Efficient Maintenance | >Industry 4.0 | >Uie unveils revolutionary wireless and batteryless condition monitoring system - Moniture |
Uie unveils revolutionary wireless and batteryless condition monitoring system - Moniture
30 September 2024
AT THE Industrial Maintenance Solutions Summit (IMSS) in Coventry, Uie has announced the launch of a groundbreaking new wireless and batteryless condition monitoring system called Moniture.

This cutting-edge technology offers continuous monitoring of electrical connections, busbars, cables, and other critical applications.
Moniture is attached via a steel banding around the monitored point and leverages the electromagnetic field of AC current to power itself, enabling passive, self-powered monitoring of temperature 24/7. This innovative approach enhances the safety of condition monitoring by reducing the need for technicians to approach live electrical equipment, especially in medium- and high-voltage (MV and HV) environments.
"At Uie, we are passionate about condition monitoring, safety, and technology. Moniture is a direct result of these passions,” said a Uie spokesperson. “We believe Moniture not only advances the condition monitoring of electrical equipment but also significantly reduces safety risks."
A new era in electrical equipment monitoring
For years, thermal imaging has been the go-to solution for condition-based maintenance (CBM) engineers inspecting electrical panels and network equipment. However, thermal imaging has limitations - it provides a snapshot in time, requiring the fault to already be present, and inspections often occur at long intervals (3, 6, or even 12 months).
Moreover, thermal inspections carry significant safety risks. Systems must remain live, and inspectors need a clear line of sight, often requiring the opening of HV equipment enclosure doors with exposed live electrical components. Considering that the purpose of such surveys is to identify faults, this process inherently involves greater safety risks.
Why is this necessary?
Electrical component failures can have disastrous financial impacts, ranging from tens of thousands to millions of pounds in lost production or supply. In the built environment, the consequences can be even more severe, with the potential for electrical fires to occur. With rising power demands, changing grid conditions, and outdated networks, the rate at which electrical components degrade is accelerating.
Moniture addresses both the safety challenges and the issue of infrequent inspections, offering a simple, maintenance-free solution.
Key statistics:
- UK electrical fires per year: 15% or 8,000 on average (Source: Home Office)
- Unplanned downtime costs: Average 11% of manufacturers' annual revenue, totaling approximately $1.5 trillion for Fortune 500 companies (Source: Sensye True Cost of Downtime Report, 2022)
Breakthrough technology features:
- Long-range wireless connectivity: Using low-frequency wireless communications, Moniture can penetrate steel enclosures, concrete walls, and steel buildings with a range of up to 200 meters in many cases.
- No stored energy: The system has no stored energy, reducing the risk of arc potential.
- Rugged design: IP68-rated, capable of withstanding harsh weather conditions.
- Data analytics potential: Moniture’s data stream can be integrated into broader data analytics pools, enhancing the value of AI outputs for predictive maintenance.
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