Pioneering the future of power testing and monitoring
CABLES MONITORING
Cables monitoring
Cables faults are among the most common ones in the power networks. The reasons for cables faults can be many such as pour craftmanship, sheath physical damage during installation, overloading, digging and other mechanical activities, material imperfection stress etc. Cable’s fault causes power supply downtime which sometimes results with penalties, loss in production and additional network problems.
The POWER VIEW CLCM is permanently installed on a Cable sheath. Monitors real time insulation leakage currents between power cables and corresponding sheath under load conditions. This helps in early detection of all insulation problems on power cables main insulation.
The monitoring system is available is available in several configurations starting from 1 phase version, 3 phase version, 6 phase version with network or solar supply.
It features long range wireless communication.
It comes with powerful web-based cloud software which analyzes all the electrical tests, other inspections such as visual and thermal and corona inspections and other types of monitoring for the particular element with the most complementary risk assessment. The software is also available on a mobile phone with Android + IOS application. The software has most advanced permissions access and alarms management with notifications (SMS, email) and risk assessment.
PD monitoring
This system Provides round-the-clock surveillance of cable health by monitoring discharges occurring inside the cables insulation which helps in Early Warning: (PD monitoring detects minor insulation defects before they escalate) Maintenance Planning: Aids in scheduling maintenance and repairs as needed.
Asset Preservation: Helps prolong the lifespan of cables by addressing issues promptly.
Data Analysis: Collects data on discharges for analysis and trend identification.
Non-Intrusive: Monitoring can be done without cutting power or interrupting service.
It features long range wireless communication.
It comes with powerful web-based cloud software which analyzes all the electrical tests, other inspections such as visual and thermal and corona inspections and other types of monitoring for the particular element with the most complementary risk assessment. The software is also available on a mobile phone with Android + IOS application. The software has most advanced permissions access and alarms management with notifications (SMS, email) and risk assessment.
HFCT Cables PD monitoring
Advancements with Power View PD HFCT Partial Discharge Monitoring:
Power View’s HFCT-based PD monitoring represents a significant advancement in the field, offering several key benefits:
1.High Sensitivity and Accuracy: POWER VIEW HFCT sensors are specifically designed to detect and capture high-frequency PD signals with exceptional sensitivity and accuracy. This enables early detection of insulation defects, even in noisy environments typical of HV cable systems.
2.Non-Intrusive Installation: Unlike conventional sensors, HFCTs can be installed non-intrusively around the HV cable sheath, eliminating the need for cable de-energization during installation and maintenance. This minimizes downtime and operational disruptions, enhancing overall system reliability.
3.Advanced Signal Processing Algorithms: Power View HFCT PD monitoring systems utilize sophisticated signal processing algorithms to analyze captured data in real-time. These algorithms help distinguish PD signals from background noise, enabling reliable detection and localization of potential insulation faults.
4.Remote Monitoring and Analysis: POWER VIEW’s HFCT PD monitoring system features remote monitoring capabilities, allowing operators to access real-time data and analysis remotely via web interfaces on the Substation Digital dedicated software platform. This facilitates proactive maintenance planning and decision-making, optimizing asset management strategies.
5.Scalability and Adaptability: POWER VIEW’s HFCT PD monitoring systems is scalable and adaptable to various HV cable configurations and deployment scenarios. Whether monitoring a single cable or an entire network, these systems can be tailored to meet specific requirements and accommodate future expansion.
