Sparkta Lightning Aspix 4.6

Sparkta software is a specialized tool for the optimal design of lightning protection systems and metal towers (LPS Design). This software, a product of Sparta Lightning Protection, uses advanced 3D modeling to enable accurate simulation of various components of protection systems such as protective wires, lightning rods and metal towers. Sparkta helps engineers to make safe and effective designs for lightning protection of electrical installations and buildings by complying with international standards such as IEEE 998 and IEC 62305.

The software is capable of analyzing the impact of adjacent buildings on lightning protection and can simulate an entire set of buildings in an integrated manner. Sparkta also allows the choice between simulating a specific current or a probability distribution of lightning currents, which is very useful for statistical analysis and risk-based design. Using Sparkta, the effectiveness of lightning protection systems can be evaluated and optimized.

Sparkta software capabilities

• Advanced 3D modeling for accurate design of lightning protection systems
• Simulation of various components of the protection system such as protective wires, lightning rods, and metal towers
• Calculation of critical current and lightning strike distance based on IEEE 998 standard
• Risk analysis based on IEC 62305 standard to assess the effectiveness of protective systems
• Possibility to choose between specific current simulation or probability distribution of lightning currents for statistical analyses
• Simulating the impact of adjacent buildings on lightning protection and designing optimal protection systems
• Ability to analyze and design for a set of buildings in an integrated manner
• Evaluating the effectiveness of lightning protection systems and optimizing designs
• Support for complex designs and industrial facilities with special conditions
• Preparing analytical reports and various outputs for documentation and presentation to supervisory bodies

Application

• Designing lightning protection systems for electrical substations and installations to increase safety and reduce risks from lightning.
• Analysis and design of protective systems for tall buildings and residential complexes, taking into account the impact of adjacent buildings
• Risk assessment and effectiveness of lightning protection systems based on international standards
• Simulation and design of protection systems for industrial facilities and critical infrastructure such as power plants and refineries