The product is built around lightning protection review for high voltage substations and extends naturally to other infrastructure where shielding geometry, equipment exposure, and defensible visual validation matter.
Problem: Substation layouts can include dense equipment groupings, varied structure elevations, shield wire systems, and irregular geometry that make manual rolling sphere review slow and difficult to verify.
How the tool helps: Rolling Sphere Engine imports the site geometry, evaluates shielding performance against actual modeled conditions, and highlights exposed equipment visually so engineers can adjust masts or wires and re-run the analysis quickly.
Problem: Rooftop equipment, screening walls, support frames, and evolving mechanical layouts can create localized protection gaps that are not easy to confirm from 2D drawings alone.
How the tool helps: The geometry-driven workflow supports imported rooftop models, shielding review around equipment clusters, and visual checking of coverage envelopes so teams can validate protection strategies with greater clarity.
Problem: Renewable sites often involve spread-out equipment layouts, inverter and enclosure groupings, and repeatable design patterns that still require site-specific shielding checks.
How the tool helps: Engineers can review solar and BESS layouts in 3D, compare shielding scenarios, and assess whether equipment clusters remain exposed under the selected protection approach.
