Rolling Sphere & Eriksson Models
- Determine protected zones and strike points
- Supports LPL I–IV with automatic sphere radius adjustment
- 3D visualization of lightning interception zones
SHIELD calculates lightning protection zones using the Rolling Sphere and Eriksson methods, verifying that buildings, substations, and exposed assets are fully protected. Generate 3D coverage maps and validate compliance with IEC/EN 62305.
Simulate lightning strikes and protection zones in real-world 3D environments.
| Area | Details |
|---|---|
| Methodology | Rolling Sphere and Eriksson models for lightning interception probability and protected zone determination. |
| Geometry | Supports structures, air-terminations, masts, down-conductors, and bonded metallic networks. |
| Results | 3D maps showing protected/unprotected regions, coverage validation, and clearance verification. |
| Integration | Fully interoperable with GSA for grounding studies and NETS for interference coupling. |




Define geometry → Select LPS class → Compute zones → Validate → Export visuals
Import site models, assign air-terminations & down conductors.
Choose protection level (LPL) & sphere radius.
Generate protected volumes and verify compliance.
Produce 3D maps, reports, and compliance visuals.
Upload your site layout—SHIELD will compute lightning protected zones and IEC-compliant results.