KISTERS Introduces Cutting-Edge Hail Detection System to Europe with Meteomatics Partnership

KISTERS Brings Advanced Hail Detection to Europe

KISTERS has launched its state-of-the-art hail detection system, HailSens360, across Europe, marking a significant step in safeguarding solar energy, agriculture, and insured assets from hail damage. This new system integrates real-time hail sensors with hyperlocal weather forecasts and immediate alerts, ensuring that users are equipped with timely information to mitigate risks associated with hailstorms.

Collaborating with Meteomatics, a leading European provider of meteorological data, KISTERS addresses the fragmented nature of weather data in Europe. The HailSens360 solution not only delivers 48-hour forecasts and 60-90 minute nowcasts, but it also provides real-time hail observations and historical data. This comprehensive approach equips organizations with the tools needed to make informed decisions before, during, and after hail events.

One of the key challenges in the European market has been the accessibility and affordability of localized, high-resolution data on hail. Unlike the United States, where such data is widely available, European data has often been difficult to obtain due to regulatory and logistical barriers. KISTERS chose to partner with Meteomatics due to its expertise in navigating these challenges. Their work has simplified access to various regional data sources, making it easier for users to integrate critical hail information into their decision-making processes.

HailSens360 was previously implemented in the solar energy sector, agriculture, and insurance industries in the USA. It allows stakeholders to effectively store solar panels before hail impacts occur, thereby facilitating faster claims processing within the insurance sector. The collaboration between KISTERS and Meteomatics aims to replicate this success across Europe, where hail damage is becoming more common and costly.

The new platform promises to provide users with vital information regarding hail events, including alerts sent up to 90 minutes in advance. This is crucial as it enables users to take proactive measures, ultimately leading to cost reductions and safety improvements. Johan Jaques, a representative from KISTERS, highlighted the power of merging sensor precision with software intelligence. He noted that their partnership with Meteomatics allows for localized access to the high-quality forecasting information necessary for effective operation in Europe.

Chris Rees from Meteomatics emphasized the importance of bridging the data gap that has hindered effective hail risk management in Europe. By leveraging the capabilities of HailSens360, stakeholders can make quicker and better-informed decisions in the face of increasing hail-related damage.

In conclusion, the introduction of HailSens360 to the European market stands as a milestone in the realms of renewable energy, agriculture, and insurance. Its integrated approach combines advanced technology with user-friendly features to combat the rising threat of hail, ensuring that businesses and individuals alike can safeguard their valuable assets. As the partnership between KISTERS and Meteomatics develops, it promises to bring about a transformation in how hail risk is managed, setting new standards for data-driven decision-making in a landscape that has long struggled with fragmentation and complexity.

For more information about HailSens360, visit KISTERS' official website.