Pioneering the future of power testing and monitoring
OVERHEAD LINES MONITORING
Wide Area Monitoring Systems (WAMS)
See the entire grid dynamics in real time IGM and CGM. Power View WAMS delivers time-synchronized phasor data—voltages, currents, phase angles, frequency from across your grids in ultra-fast time instances to expose instability before it cascades. Operators get early warning on angle separation, low-frequency oscillations, and fault-driven voltage dips, with clear actions for damping, re-dispatch, or sectionalizing to keep the system stable. Optionally it supports advanced use cases like wide-area load shedding, BESS fast-frequency response, FACTS optimization, and anti-islanding, turning synchronized measurements into automated, grid-friendly control. Ultra-long-range wireless and a mobile app speed deployment and put alarms, trends, and post-event forensics in your team’s hands—field to control room. Built to share data securely (if agreed so) across TSO/DSO and generation partners, WAMS scales from a single corridor to cross-border operations, improving resilience, renewable integration, and blackout prevention.
Overhead lines fault indicator
Modernize overhead lines the smart way. Power View Overhead Lines Fault Locator is a solar-powered sensor that reads grids magnetic field changes using built in algorithms to instantly detect permanent faults, earth faults, and transient events, enabling faster response and restoration. Ultra-long-range wireless streams real-time alarms into the Substation Digital app for pinpoint location, trends, and reports—on desktop and mobile. Install safely in minutes below conductors. The IP65 design is built for harsh conditions. Communications stay lean, using 10–20 times fewer SIM cards than traditional indicators for lower cost of ownership. With adjustable sensitivity and operation up to 0 kV, you get dependable fault visibility across diverse feeders—clean, cost-effective, and ready for a digital grid.
Dynamic Line Rating
Unlock hidden ampacity—safely. Power View DLR continuously rates overhead lines from real weather and loading, routinely freeing 10–30% extra capacity to cut congestion and defer upgrades. It fuses ambient temperature, wind speed/direction, solar radiation, and load with predictive models to compute conductor temperature and sag in real time, not just conservative estimates. Also available with WAMS according to ENTSO E recommendations, optional pole-tilt, galloping and insulators condition inputs, and line-loss calculations track temperature along the entire span for accurate, actionable limits. Built-in galloping and icing detection add resilience when the weather turns hostile. Ultra-long-range wireless communication, GPS mapping, and a mobile app deliver alarms, trends, and history anywhere—plus SCADA connectivity for control-room visibility. Results flow into the award-winning Substation Digital (fleet dashboards and risk assessment), so operators can re-dispatch, reroute, or plan outages with confidence.
THERMAL CORONA AND VISUAL INSPECTION DRONE
See heat, discharge, visual problems, and vegetation with automatic analysis in one go on your line. Our drone inspection combines thermal IR, corona UV, and high-resolution visual imaging to expose hotspots, invisible partial discharge, and physical damage along long, remote spans—quickly and safely, with no climbing or outages. Results land in your Substation Digital workspace for automated analysis, reports, and risk scoring, turning flights into clear maintenance actions. Add our LiDAR capture option to record point clouds and auto-process vegetation: generate clearance maps, detect encroachment, and prioritize trims before growth becomes a fault. Flight plans scale across corridors, while the mobile/web app streamlines trending, notifications, and fleet oversight. The payoff: fewer surprises, faster interventions, and a living, data-driven picture of line health.
