Hyper-Local Weather Monitoring for Agricultural Infrastructure

In Am Mellensee, Germany, farmer Heiko, who operates a biogas plant, experienced a significant financial loss after a storm damaged one of his silo covers. However, when he submitted an insurance claim, it was denied because regional weather records indicated that no storm had occurred in the area.

Determined to prevent such situations in the future, Heiko implemented a hyper-local weather monitoring solution directly at the site using a SenseCAP S2120 8-in-1 LoRaWAN Weather Station. Installed at the exposed infrastructure location, the system captures precise, site-specific wind and environmental data. This enables objective, time-stamped evidence of actual weather conditions and strengthens the protection of critical agricultural infrastructure against increasing climate risks.

Solution: Hyper-Local Weather Monitoring for Agricultural Infrastructure
Participating Partner: TJK-Solutions
Seeed Product Used: SenseCAP S2120 8-in-1 LoRaWAN Weather Station
Industry: Smart Agriculture / Infrastructure Monitoring
Solution Deployed in: Am Mellensee, Germany

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Background

Across agriculture, extreme weather events are becoming more frequent and more severe. Yet most farms still depend on regional weather stations that may be several kilometers away and often fail to reflect conditions at a specific site.

In Am Mellensee, a Heiko engaged in crop production, livestock husbandry, and biogas energy generation experienced this limitation firsthand. Last year, a strong storm caused severe damage to the biogas plant’s silo cover, resulting in losses of approximately €100,000. The insurance company rejected the claim, stating that their meteorological records showed no evidence of a storm.

After learning about this case, the local IoT solution provider TJK-Solutions proposed installing an on-site weather station to generate reliable microclimate data. A SenseCAP S2120 8-in-1 LoRaWAN Weather Station was deployed near the rebuilt biogas facility to monitor wind, rainfall, temperature, humidity, and other parameters—ensuring that any future weather-related damage can be supported with accurate, site-specific evidence.

Challenges

• No on-site weather measurements at the silo
• Reliance on distant regional weather stations
• Inability to provide objective, location-specific proof for insurance
• High financial risk for exposed infrastructure

Traditional weather data lacked the resolution needed for asset-level risk management.

The situation was deeply frustrating for Heiko. Determined to prevent similar losses in the future, he began exploring ways to generate reliable weather evidence directly at the source. He was introduced to Tom, owner of TJK-Solutions, a Germany-based IoT integrator specializing in environmental monitoring systems. After evaluating the site, Tom proposed a straightforward but powerful approach to install a hyper-local weather monitoring system directly on the exposed infrastructure.

Solution

To address the lack of site-specific weather evidence, the Germany-based IoT integrator TJK-Solutions deployed a SenseCAP S2120 8-in-1 LoRaWAN Weather Station directly on top of the silo at the biogas plant.

Unlike regional weather stations that may be several kilometers away, this device was installed at the exact location exposed to wind impact. By positioning the sensor directly on the infrastructure, the system captures the true microclimate conditions affecting the silo.

The S2120 integrates multiple environmental sensors into a single compact unit and continuously measures:

• Wind speed and wind gusts
• Wind direction
• Rainfall
• Air temperature
• Relative humidity
• Barometric pressure

Through LoRaWAN connectivity, the collected data is transmitted remotely and logged in real time. This enables the farmer to monitor wind behavior directly at the silo and maintain historical records of extreme weather events.

By installing the station at the precise risk point, the farmer now has access to objective, hyper-local weather data that reflects the actual conditions experienced by the infrastructure providing measurable proof rather than relying on generalized regional reports.

Results

• The farmer now has access to objective, on-site wind and weather data directly from the silo location
• Future insurance claims can be supported with verifiable, time-stamped evidence
• Reduced reliance on generalized regional weather reports
• Improved ability to assess risk and respond proactively to extreme weather events

Overall, this deployment demonstrates how microclimate monitoring transforms agricultural infrastructure management from reactive decision-making to data-driven protection — helping farmers better safeguard critical assets in an increasingly unpredictable climate.

Why Seeed Studio?

SenseCAP weather stations are designed for reliable, long-term environmental monitoring in real-world outdoor conditions. In this project, they were selected for their ability to deliver accurate, hyper-local data with minimal installation complexity.

Key reasons for choosing Seeed include:

• Compact, integrated multi-parameter sensing in a single device
• LoRaWAN long-range, low-power communication for remote sites
• Proven performance in exposed outdoor environments
• Simple deployment and maintenance
• Scalable architecture suitable for both small farms and large industrial operations

For farmers facing increasing climate uncertainty, hyper-local weather data is no longer optional — it is a critical layer of protection for valuable infrastructure.

Support to UN Sustainable Development Goals (SDGs)

This project contributes to several UN SDGs:

By equipping farmers with hyper-local environmental intelligence, the solution supports sustainable and climate-resilient agricultural practices.

Transparency Note

To ensure full transparency, the deployed S2120 unit has shown intermittent technical irregularities, including unstable wind data readings and weak battery performance. These issues appear to be isolated to this specific device rather than representative of overall product performance.

For context, other SenseCAP weather stations deployed at separate sites have been operating reliably for over 2.5 years without battery or sensor-related issues.

This openness reflects a commitment to long-term reliability and continuous improvement rather than short-term marketing claims.

Scalability & Future Plans

Once permanent power is available at the silo, the system is planned to be upgraded to a SenseCAP S700 Compact Weather Station, better suited for long-term, continuous wind monitoring in exposed environments.

The solution model is highly scalable and can be extended to:

• Additional silos and biogas plants
• Greenhouses and storage facilities
• Other farms in the region
• Industrial sites requiring infrastructure-level wind monitoring

Future integrations may include enhanced data visualization, automated alert systems, and integration with farm management platforms.

Introduction of the Partners

Solution Provider – TJK-Solutions.de

TJK-Solutions specializes in innovative IoT sensor systems for environmental monitoring, with a mission to make nature measurable. Their solutions focus on data transparency and usability, supporting communities, water associations, and smart regions with scalable, easy-to-deploy technology.

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