Aspix
Software for simulation of grounding grids of any shape including horizontal conductors and vertical electrodes (rods). Uniform or two layer soil model, Resistivity Analyzer. Calculation of grounding grid resistance.
Calculation of maximum permissible touch and step voltage according to IEEE 80 and EN50522.
Calculation of touch and step voltages within a user-defined area.
2D and 3D views of the grounding grids.
2D and 3D plots of touch and step voltages.
Word, Excel or PDF report.
Sparkta - Substations
Program for the optimal design of shielding against direct lightning. Sparkta makes it possible design the lightning protection of electrical substations.
3D modeling.
Simulates phase conductors.
Simulates different components of the shield system: shield wires, air terminals, lightning masts.
Calculation of critical current and striking distance according to IEEE 998.
User can choose either: simulate for a single current or simulate for currents according to a probabilistic distribution.
Sparkta - Buildings
Program for the optimal design of shielding against direct lightning. Sparkta makes it possible design the lightning protection using deterministic and statistical simulation models.
3D modeling - Optimal design
User can choose either: simulate for a single current or simulate for currents according to a probabilistic distribution.
Simulates different types of strike termination devices: air terminals, metal roofs and metal parts of structure having a thickness greater than 3/16”
Simulates complex installations with multiple buildings
Simulates the protection given by neighbor buildings
Simulation of the entire installation instead of individual buildings
Calculate the effectiveness of the lightning protection system - IEC 62305 Risk Assessment (Sparisk).
email: sales@spartalightning.com
Sparta Lightning Protection