Sparkta 3.1 Software for Lightning Protection System Design

Sparkta software is a specialized tool for the optimized design of lightning protection systems (LPS Design) and metallic towers. This software, developed by Sparta Lightning Protection, utilizes advanced 3D modeling to enable precise simulation of various protective components such as shield wires, lightning rods, and metallic structures.

Complying with international standards like IEEE 998 and IEC 62305, Sparkta assists engineers in designing safe and effective protection systems for electrical and building installations against lightning strikes.

The software can also analyze the impact of nearby buildings on the lightning protection system and is capable of simulating entire building complexes as an integrated unit. Additionally, Sparkta provides options for simulating either a specific lightning current or a probabilistic distribution of lightning currents, making it very useful for statistical analysis and risk-based design. With Sparkta, the effectiveness of lightning protection systems can be evaluated and optimized.

Key Features of Sparkta Software

• Advanced 3D modeling for accurate design of lightning protection systems

• Simulation of various protection components such as shield wires, lightning rods, and metallic towers

• Calculation of critical current and lightning striking distance based on IEEE 998

• Risk analysis based on IEC 62305 to evaluate the effectiveness of protection systems

• Option to simulate a specific lightning current or a probabilistic current distribution for statistical analysis

• Simulation of the impact of surrounding buildings on lightning protection and optimal system design

• Capability to analyze and design for a group of buildings as a unified system

• Evaluation and optimization of lightning protection system performance

• Support for complex designs and industrial facilities with special conditions

• Generation of analytical reports and diverse outputs for documentation and regulatory submission

Applications

• Designing lightning protection systems for substations and electrical facilities to enhance safety and reduce lightning-related hazards

• Analyzing and designing protection systems for tall buildings and residential complexes, considering the effect of adjacent structures

• Risk assessment and evaluation of lightning protection system performance based on international standards

• Simulation and design of protection systems for industrial facilities and critical infrastructure such as power plants and refineries