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Lightning Electromagnetic Pulse: How LEMP Damages Electrical and Electronic Systems  

Introduction  

LEMP is the term used to refer to the electromagnetic impulse of lightning current which generates unexpected excess voltages in the systems of power and control, communication and data transmission induced by lightning discharges. The electrical and communication equipment m...

15.09.26 05:04 PM - Comment(s)
What Is Side Flash and How Can It Affect Lightning Protection Safety?  

Introduction  

Side flash refers to the accidental electrical discharge from a conductor that is carrying lightning to other conductive objects in the vicinity such as electrical installations, cable trays, HVAC equipment, steel structures, etc. Side flash occurs when bonding or sufficient ...

15.09.26 04:57 PM - Comment(s)
Lightning Protection for Metal Roof Buildings and PEB Structures
Lightning protection for metal roof buildings and PEB structures helps reduce equipment damage, electrical surges, safety risks, and downtime. LPES International provides engineered lightning protection, surge protection, earthing, grounding, risk assessment, and AutoCAD based design.
14.09.26 11:16 AM - Comment(s)
How Rooftop Equipment Changes Lightning Protection Coverage  
Rooftop equipment such as HVAC units, solar panels, antennas, and exhaust systems can change lightning protection coverage. Proper risk assessment, surge protection, earthing, bonding, and engineered design help reduce equipment damage, downtime, safety risks, and operational disruption.
14.09.26 11:14 AM - Comment(s)
Isolated vs Non Isolated Lightning Protection Systems: Which Design Is Better?  

Introduction  

Sensitive electrical equipment, control systems, telecommunication equipment, overhead equipment, and automation networks are all relied upon by industrial, commercial, and infrastructure facilities. When lightning strikes, it may cause damage to equipment, power spikes, risk...

08.09.26 04:37 PM - Comment(s)
How to Calculate Separation Distance in a Lightning Protection System  

Introduction  

The effect of lightning in the industrial sector can produce hazardous differences in potential between lightning protection systems and surrounding metallic structures, for instance, cable trays, HVAC units, pipes, and panels. The right spacing minimizes side-flashing, damag...

08.09.26 04:22 PM - Comment(s)
Mesh Method for Lightning Protection on Large Industrial Roofs  

Introduction  

Usually a large industrial roof is provided with HVAC systems, ventilation pipes, cable distributors, skylights, solar panels, and manufacturing equipment. If lightning strikes the rooftop it may create damage to the above mentioned objects, cause electric spikes, and bring b...

02.09.26 01:07 PM - Comment(s)
Protective Angle Method vs Rolling Sphere Method in Lightning Protection Design  

Introduction  

Industrial facilities, storage facilities, substations, and offices are equipped with devices that can be damaged directly by lightning and in an indirect way by surges. Insufficient protection from such events can result in equipment malfunction, outages, risk of safety, ele...

02.09.26 01:02 PM - Comment(s)
Rolling Sphere Method for Lightning Protection Design: A Practical Guide  
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.
01.09.26 11:37 AM - Comment(s)
What Are Lightning Protection Zones and How Are They Used in Industrial Facilities?  

Introduction  

Industrial facilities use delicate electrical and electronic systems which include but are not limited to PLCs, control panels instrumental equipment, communication networks, motors, and safety systems, among others. A lightning strike may introduce high-level current into th...

01.09.26 11:27 AM - Comment(s)
IEC 62305:2024: What Changed and Why It Matters for Lightning Protection Design  
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.
31.08.26 09:54 AM - Comment(s)
Why Integrated LPES, SPD and Earthing Design Is Better Than Standalone 
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.
31.08.26 09:50 AM - Comment(s)
How LPES Provides End to End Lightning Protection Solutions  
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.
31.08.26 09:41 AM - Comment(s)
BOQ Preparation for Lightning Protection and Earthing Projects  
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.
31.08.26 09:39 AM - Comment(s)
Why Site Survey Is Important Before Lightning Protection Design  
A site survey is essential before lightning protection design to identify structural, electrical, and operational risks.
26.08.26 01:59 PM - Comment(s)
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