New Lightning Warning System from Biral

Meteorological equipment specialists Biral has recently announced the launch of its new BTD-200 self-contained, standalone lightning warning system.

The BTD-200 lightning warning system gives advanced warning of overhead lightning risk using its professional-grade detection system, all the more important for highly combustible industrial processes such as oil refineries and storage facilities as well as for petrochemical production where lightning strikes can be particularly hazardous. Other applications include electricity generation, solar and wind farms, computer data centres, munitions factories and open cast mining where in all cases the ability to reliably warn of lightning and thunderstorms can mitigate risk, increase site safety and maintain productivity.

Biral53 BTD 200 for IndustrialThe BTD-200 lightning warning system is a complete detection and warning system which has been developed from the Biral range of professional aviation grade lightning detection systems. It reliably detects the local presence of all forms of lightning out to a range of 35km (22 miles) from the sensor. Designed to be installed and set up by non-technical staff, it comes with a power supply and the essential PC application ‘Lightning Works’, for monitoring and warning personnel of approaching thunderstorms.

The BTD-200 makes quasi-electrostatic measurements to avoid the problems of false alarms and mechanical failures associated with the detection of lightning using radio wave and field-mill based sensors. Most importantly, it is able to issue overhead lightning warnings prior to the first discharge of lightning which radio wave-based systems cannot. Virtually all commercially available lightning detection systems use the reception of radio waves generated by lightning discharges as the primary detection technique.

Whilst providing a sensitive method of detection there are many other sources of these radio waves such as arcs from electrical equipment, vehicle ignition systems and fixed or mobile transmitters. All of which can result in high false alarm rates for these systems. Due to these limitations, most standalone lightning detectors employ secondary measurements such as optical flash detection in an attempt to reduce false alarms and employ complex signal analysis to estimate range. These techniques are only partially effective, giving these older technology lightning detectors a poor reputation due to their high false alarm rate, poor distance accuracy and short working lifetimes.

In many applications, the lightning warning system is used to help protect people and equipment from the dangers of a lightning strike by providing advanced warning of a storm’s approach. Detectors which rely on lightning detection alone are only effective if the storm is already producing lightning at some distance before moving closer towards the detector. If the first lightning strike of the storm is overhead, then these types of systems give no advanced warning and therefore no protection.

The BTD-200 has many significant advantages over field-mill devices, including greater detection range, no moving parts resulting in longer life and lower service costs and most importantly, lower false alarm rates. The BTD-200 is thus an ideal upgrade for users of field-mills in both the industrial and the meteorological sectors.

The advanced detection principle of the BTD-200 enables it to monitor the strength of the local electric field and the presence of charged precipitation, both of which are strong indicators of lightning risk. This allows the BTD-200 to provide warnings of the risk of an overhead strike even before any lightning has been produced. This advanced warning can be up to 20 minutes before the lightning begins, giving time to alert staff and to begin safe operating protocols such as shutting down vulnerable equipment or processes and initiating purging activities.

The BTD-200 lightning warning system is a modular system which is designed to operate out-of-the-box, but is also expandable as requirements grow or change. The essential system comprises a lightning detector which is placed outside, either on its tripod mount or permanently installed, whilst a PC located indoors runs the supplied Lightning Works software. The system includes a power supply and (optionally) the cabling to connect to the power and the host PC.

Latest Issue:

Welcome to ON&T’s new-look 2024 – 2025 Uncrewed Vehicles Buyers’ Guide (UVBG). Now in its tenth year, the UVBG has…

Your cON&Tent matters. Make it count.

Send us your latest corporate news, blogs or press releases.