Which solution for which risk? We have grouped our lightning protection and energy infrastructure monitoring solutions by the problems they solve.
Lightning and degrading energy infrastructure usually lead to the same outcomes. Our solutions are designed to prevent them.
A lightning strike or an energy fault can bring production and services to a halt without warning.
Surges and uncontrolled lightning current can knock out critical loads and electronic systems.
Interruptions to control and information systems can mean lost operational data.
Earthing and cable degradation builds up over time; left unmonitored, it only shows itself when something fails.
Pick the topic closest to your need to jump straight to the relevant solution.
Solutions based on IEC 62305 / TS EN 62305 that manage lightning risk before it forms and keep a strike's effects safely under control.
How much protection a facility needs depends on the structure, its location and the systems inside it. Protection designed without knowing the risk ends up either inadequate or excessive.
We assess the facility's risk profile under the risk management principles of IEC 62305 / TS EN 62305 and base the need for, and scope of, protection on that assessment.
Where it appliesNew investments and protection reviews of existing facilities
A direct lightning strike brings the risk of fire, damage and downtime to high-risk facilities.
With a preventive air terminal technology that balances the electric field over the structure, we make it harder for lightning to attach to the facility and reduce the risk of a strike over the protected area.
By the time a storm reaches the site, it is often too late to act.
We continuously monitor changes in the atmospheric electric field to detect storm formation early and raise an alert, buying time to prepare high-risk operations.
Sudden surges caused by the direct and indirect effects of lightning can knock out critical loads and electronic systems.
We protect critical loads against sudden surges with industrial surge protective devices (SPD).
Lightning current passing close to a structure and its equipment creates a risk of flashover and damage.
With isolated air terminals, high voltage conductors and connection infrastructure, we carry lightning current at a safe distance from the structure.
Solutions that continuously monitor energy infrastructure and detect potential faults before they grow.
Earthing resistance can change over time. Degradation that goes unnoticed weakens both lightning protection and electrical safety.
We monitor earthing systems around the clock or through periodic automatic measurement, catch limit breaches early and raise alerts. We choose the right method for each facility — panel-mounted loop measurement, three-electrode resistance measurement or sensor-based multi-point loop measurement.
Faults in energy infrastructure rarely appear out of nowhere; they develop over time and can slip through the gaps between periodic checks.
We continuously monitor critical points from earthing systems to underground cables, use data-driven analysis to make risks visible and turn maintenance predictive.
Insulation degradation in medium and high voltage cables can't be seen from outside; if it isn't caught in time, it can turn into an unexpected cable failure.
We continuously monitor partial discharge activity to detect insulation degradation at an early stage.
Get in touch with our expert engineering team for site surveys and technical consultancy.
