Can weather detection systems withstand extreme temperatures?

Extreme weather events, which have been exacerbated by the ever-increasing threat of climate change, have skyrocketed in recent years causing widespread devastation. 2022 saw a myriad of meteorological occurrences, from powerful floods to extreme temperatures and wildfires, which according to predictions by the Met Office, forecast that global temperatures are set to be between 1.08 °C and 1.32°C above pre-industrial levels. 

These events highlight the sheer societal need for efficient and effective weather detection systems that allow organisations to analyse, predict and prepare for meteorological phenomena with the assistance of real-time data, enhanced analytics and more streamlined reporting. Equipping businesses with accurate and timely forecasting systems allows them to best plan out their response to any potential meteorological crisis.  

Weather detection system capabilities  

Several weather detection systems are currently in use worldwide in industries including agriculture, education, sports and maritime. These sensors enable users to not only assess events as they happen but also allow businesses to take action on short-term changes in the atmosphere through the monitoring, analysing and forecasting of meteorological developments in real-time.

Specialist weather detection technology allows businesses to prepare for future periods of meteorological uncertainty, providing them with additional time for any extreme weather events on the horizon. This adds massive value when risk planning, drastically reducing potential disruption caused by extreme weather.

The Met Office has recorded that the United Kingdom has received much more rain in recent decades, with findings revealing that it was 9% wetter between 2011-2020 than it was between 1961-1990. This sharp increase highlights the increased likelihood of flooding and high water damage, which can be heavily mitigated and prepared for through the deployment of weather detection technology. 

Technology devices, such as Biral's Thunderstorm Detector 200 Lightning Warning System, a self-contained sensor that accurately detects the presence of all types of lightning to a range of 35 km, are invaluable for organisations, not just in its forecasting functionality, but also in helping to develop a greater understanding of how extreme weather events occur, opening the doorway to more advanced research and solutions to address the new requirements different applications require.

Prepare for future uncertainty

Investing in weather detection technologies is a crucial part of how organisations can prepare for future meteorological volatility. These technologies give organisations the ability to foresee and predict extreme weather events, allowing them to take precautions to minimise any potential harm or disruption to a business's operations. As these sensors continue to develop, their value to businesses grows in tandem, as they will be able to more accurately forecast any changes in the atmosphere, providing sites with additional time to take action wherever required.  

The importance of resilience in weather detection systems 

With the world's fast evolution comes an abrupt increase in extreme weather events and erratic changes in atmospheric conditions. While there is currently no way to prevent this, those that install weather detection systems are giving themselves the best chance to plan and modify their risk assessments to account for unpredictable conditions. However, as these events become more extreme, the necessity of resilience in weather detection systems is paramount.

The National Centers for Environmental Information recorded that in 2022 alone, the United States sustained 18 weather and climate disasters where overall damages/costs reached or exceeded $1 billion, resulting in costs of approximately $185 billion for repairs to architecture and infrastructure. This further reinforces the urgent societal need for investment and development in weather detection technologies, therefore ensuring that systems are as accurate and resilient as possible to significantly reduce disruption and damage.  

Closing thoughts

Extreme weather events have increased dramatically in recent years, wreaking enormous destruction and making the threat of climate change even more prominent. Through the deployment and maintenance of weather detection systems, businesses are able to more accurately predict these events ahead of time. 

The technology has undergone vast developments in recent years, and the urgency for resiliency in systems is paramount. As extreme weather events become more frequent, the research and advancements in weather detection systems need to create a more accurate, data-driven and resilient solution, providing users with the ability to forecast, detect and take action when the need arises.