Lightning Protection
"At LPES International, we don't just design lightning protection systems — we engineer them using rigorously tested, standard-compliant components. Below is a selection of products that form the backbone of our turnkey LPS implementations across high-risk industries.
Guidance block - Not all air terminals or electrodes are created equal. Depending on soil resistivity, structural height, and risk level (IEC 62305-2), LPES recommends a mix of products per site audit.
Power Protection
LPES power protection products ensure consistent uptime for mission-critical systems by regulating, distributing, and isolating electrical loads with maximum safety. Engineered to handle high fault currents, our assemblies meet global standards for industrial reliability.
Guidance block - Not all air terminals or electrodes are created equal. Depending on soil resistivity, structural height, and risk level (IEC 62305-2), LPES recommends a mix of products per site audit. Wrong sizing or material can cause arc flash or downtime.LPES designs each board based on connected load study and IS/IEC short circuit calculations.
Earthing & Grounding
Grounding isn’t just compliance—it’s your last line of defense. LPES offers maintenance-free, corrosion-resistant grounding solutions for stable fault dissipation, equipotential bonding, and lightning current discharge.
Guidance Block - Grounding design depends on soil resistivity, expected fault current, and system type (TT, TN-S, etc.). High-resistivity areas need backfill compounds; Ex-zones need spark gap bonding.
LPES starts with soil resistivity testing and builds site-specific grounding layouts as per IS 3043 + IEEE 80
Surge Protection
Transient surges, often invisible, can silently destroy industrial control systems. LPES offers multi-stage, application-specific SPDs (Surge Protection Devices) for reliable defense against both direct and indirect surge events.
Guidance Block - Not all SPDs are interchangeable. The right surge protection depends on installation zone, exposure level, and system sensitivity. Type 1 is for lightning-prone areas at service entry; Type 2 is for distribution boards; Type 3 for end-use equipment like PLCs or HMIs. Don’t guess — use IEC 62305-4 zoning and LPES’s audit-driven SPD mapping to get it right.
