[TECHNOLOGY INTEGRATION]
Technology-Led Solar Grazing
Optimising solar asset performance through precision livestock management, satellite biomass mapping, and virtual fencing technology.
Satellite Integration for Precision Assessment
We utilize high-resolution satellite imagery to deliver comprehensive site assessments and biomass mapping for solar developers. By monitoring vegetation density and sward health remotely, our team plans precise grazing rotations that ensure compliance with LEMP standards while eliminating the need for reactive mechanical cutting and resource-heavy manual inspections.
Remote Vegetation Monitoring
Our integrated remote sensing tools provide real-time tracking of sward dynamics across operational solar portfolios. By continuously monitoring grass height and vegetation health over time, we enable automated data streams that dictate precise grazing rotations. This technology-led approach significantly reduces the need for reactive mechanical cutting, ensuring site serviceability and compliance while maintaining an optimal environmental profile for grazing livestock.
Precision Virtual & Rotational Fencing
We utilize advanced virtual fencing technology to direct grazing pressure with surgical precision. This allows for the dynamic protection of sensitive ecological zones, cable entries, and inverter stations without the need for traditional hardware. By managing sheep movement remotely, we ensure optimal forage utilization and target grass height reduction across the entire asset, while maintaining the highest safety standards for operational infrastructure.
Connect with Technology Leads
Explore how satellite imagery, remote biomass monitoring, and virtual fencing can transform your O&M strategy. We provide the technical framework for solar developers and asset managers to achieve long-term ecological compliance and precision land stewardship across utility-scale portfolios.