A UK distribution network operator (DNO) has successfully integrated the Cyclops remote monitoring system into its operations, marking what Cyclops describes as “a significant step forward in maintaining power cables and pylons.” By adopting this technology, “the DNO aims to ensure the safety, reliability, and efficiency of its electricity distribution network across diverse and challenging weather conditions.”
Power infrastructure, including distribution cables and pylons, is constantly exposed to varying environmental conditions that can impact its structural integrity. Temperature fluctuations cause expansion or contraction, winds can lead to sway, and moisture affects cable tension — all of which pose risks to the stability of the network. Traditionally, maintenance has relied on regular site visits and physical inspections, which are costly, labour-intensive, and limited in their ability to pre-emptively address potential failures.
The Cyclops remote monitoring system offers what is described as a “transformative solution” by providing real-time data on cable tension and structural performance.
By using wireless load sensors, the system continuously monitors the load on distribution cables and transmits data via a secure gateway to a cloud-based platform. This technology enables the DNO to proactively manage and maintain its infrastructure, addressing issues before they escalate into major problems.
For the DNO mentioned above, the Cyclops system has become a critical tool in verifying that load levels remain within design specifications. Continuous monitoring allows the DNO to detect deviations that could signal potential structural failures, such as shifts in cable tension or anchor stability. In the event of significant changes, the system triggers immediate alerts, allowing swift, condition-based maintenance responses that minimise risks and prevent costly power outages.
This proactive approach enhances the DNO’s ability to maintain regulatory compliance, improve safety, and extend the lifespan of its assets, says Cyclops. By reducing the need for frequent on-site inspections, the Cyclops system also cuts operational costs and reduces the environmental impact associated with maintenance activities.
Key benefits can be summarised as follows:
- Enhanced safety: early detection of anomalies reduces the risk of catastrophic failures.
- Prevented power outages: continuous monitoring minimises disruptions and maintains service reliability.
- Predictive maintenance: real-time data lets you address issues before they develop fully, enhancing overall infrastructure integrity.
- Increased operational efficiency: by reducing the frequency of physical inspections, the Cyclops system saves time and resources, ensuring that maintenance visits are necessary and productive.
