Vaisala today introduced Strike Damage Potential, the newest solution within the company’s lightning damage insights. The solution enables users to compile the exact lightning data they need both during and after hazardous weather events near their facilities or assets.
“Across the globe, billions of lightning events occur every year, and the strikes that connect from the cloud to the ground, or objects on the ground, like buildings, trees, and towers, can be hazardous to life and property,” said Casey McCullar, Head of Lightning at Vaisala. “With a better understanding of which lightning events cause the most damage through precise detection, decision-makers can tell when, where, and how often these lightning events occur — and take action to protect their people and property as well as improve operational efficiency.”
Strike Damage Potential enables organizations across industries to identify both compound lightning strikes and strikes with continuing current — the lightning strikes most likely to cause damage — and proactively respond by efficiently deploying resources to reduce outage durations and minimize potential damage. The unique solution can be accessed from both the Vaisala Lightning Integrator API and the Lightning Exporter web interface to help users improve post storm investigations by accurately locating potential damage to assets, potential fire starts, and enable decision makers to quickly intervene before a problem escalates.
Vaisala’s Strike Damage Potential solution can be used in numerous applications, including:
– Land and forest management — With near real-time compounding and continuing current lighting strike data, decision-makers can identify strikes most likely to start wildfires, helping speed land and forest area investigation to help reduce damage, prevent progressive damage, and diminish potential loss of life.
– Power transmission companies and wind farms — Identification within minutes of cloud-to-ground compounding and continuing current strikes, the solution empowers users to prioritize transmission line or wind farm damage investigation and efficiently deploy resources to quickly return to power service and schedule timely maintenance before the risk and impact increases.
– Climatological and long-term asset damage analysis — Accurate and reliable lightning data, from near real-time data and from a long historical database, supports the scientific study of the climate and detailed examination of asset damage over a lengthy period of time. Additionally, innovative lightning measurements can improve industry standards and contracts, enabling the design of improved lightning protection systems, as well as more cost-effective warranty claim and insurance programs.
News item from Vaisala
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