The mesh method protects large industrial roofs through interconnected conductors that intercept lightning and safely direct current to earth. Integrated surge protection, bonding, risk assessment, and engineered design help reduce equipment damage, downtime, safety risks and operational disruption.

The Rolling Sphere Method helps engineers identify lightning strike risks and design effective protection for industrial facilities. LPES International supports safer operations with lightning protection, surge protection, earthing, grounding, risk assessment, and AutoCAD based system design.

Lightning Protection Zones help industrial facilities control lightning currents and surges by dividing areas according to risk levels. Coordinated surge protection, earthing, bonding, and risk assessment improve equipment safety, reduce downtime, and support reliable operations.

IEC 62305:2024 updates lightning protection design with revised risk assessment, surge protection, separation distance guidance, and support for modern installations. LPES International delivers engineered lightning protection, earthing, grounding, SPD, and AutoCAD based design solutions.

Integrated LEPS, SPD and earthing design provides coordinated protection against lightning, surges and electrical faults. It helps protect sensitive equipment, improve safety, reduce downtime and support reliable operations through proper grounding, bonding and engineered system design.

LPES International delivers end to end lightning protection solutions, including surge protection, earthing, grounding, bonding, risk assessment, and AutoCAD design. Its engineering approach helps reduce equipment damage, improve safety, minimize downtime, and support reliable facility operations.

Accurate BOQ preparation helps define materials, quantities, system scope, and installation needs for lightning protection and earthing projects. LPES International supports facilities with engineered lightning protection, surge protection, grounding, risk assessment, and AutoCAD design.

A site survey is essential before lightning protection design to identify structural, electrical, and operational risks.

AutoCAD based LPS design improves lightning protection installation accuracy by providing precise layouts, component locations, conductor routes, and grounding details. It supports better coordination, electrical safety, reduced equipment damage, and reliable operational continuity.

Lightning protection for open yard equipment helps reduce damage, downtime, electrical surges, and safety risks. LPES International provides engineered lightning protection, surge protection, earthing, grounding, risk assessment, and AutoCAD based designs for reliable operations.

Flammable storage tanks need coordinated lightning protection to reduce equipment damage, electrical surges, downtime, and safety risks. LPES International provides lightning protection, surge protection, earthing, bonding, risk assessment, and engineered design solutions.

Lightning protection for hazardous areas helps reduce equipment damage, electrical surges, downtime, and safety risks. LPES International provides engineered lightning protection, surge protection, earthing, grounding, risk assessment, and AutoCAD based design for reliable operations.

Lightning protection and fire safety are closely connected. Proper lightning protection, surge protection, earthing and bonding help reduce electrical damage, fire risks and downtime. LPES International provides engineered solutions for safer, more reliable facilities.

Lightning protection supports EHS compliance by reducing electrical hazards, equipment damage, surges, downtime, and safety risks. LPES International provides engineered lightning protection, surge protection, earthing, grounding, risk assessment, and AutoCAD based design solutions.