Lightning Protection System Inspection: Lightning Safety for Your Business

Ministry Approved – Compliant with Regulations

Lightning protection system installation, IEC 62305 standard risk analysis, and TÜRKAK accredited periodic inspections.

INFORMATION REQUESTCONTACT US
AES Innovation

Lightning Protection Systems

Lightning strikes are a natural threat that can cause millions of liras worth of damage, production stoppages, and loss of life in seconds. Lightning protection systems are vital safety systems that protect structures, equipment, and people by safely channeling this destructive energy to the ground. As AES Innovation, we ensure the lightning safety of businesses with TÜRKAK-accredited lightning protection inspection and engineering services within the framework of the IEC 62305 standard.

According to the Regulation on Fire Protection of Buildings and Article 53 of the Planned Areas Zoning Regulation, the installation of lightning rods conforming to TSE standards is mandatory in certain structures. Lightning protection systems are a legal requirement for buildings with eaves heights of 30 meters and above, facilities that manufacture or store explosive or flammable materials, gas stations, power plants, hospitals, schools, mosques, factories, and private residential areas.

Lightning Protection Systems: Legal Requirement: In Which Buildings Are They Necessary?

The Difference Between Active and Passive Lightning Rods

Active and passive lightning protection systems have different operating principles in lightning protection. Passive systems transmit lightning to the ground when it catches it, while active systems can protect a wider area by reacting before lightning strikes.

  • Passive: Traditional rod system.
  • Active: Early ionization with ESE technology.
  • Protected Area: Active range: 60–100 m, passive range: narrower.
  • Cost: Active is more economical and requires less equipment.
WHY AES INNOVATION?

Build your secure future with AES Innovation.

At AES Innovation, with our 15 years of industry experience and TÜRKAK accreditation, we offer complete solutions in lightning protection. Our services include risk analysis in accordance with the IEC 62305 standard, design and installation of active and passive lightning protection systems, grounding system integration, annual maintenance contracts, and TÜRKAK-accredited periodic inspection services.

GET A QUOTE NOW
AES Innovation

IEC 62305 Standard: Lightning Arresters and Risk Analysis

IEC 62305 is an internationally valid lightning protection standard, which is implemented in Türkiye as TS EN 62305. This standard consists of four parts: General Rules (Part 1), Risk Management (Part 2), Protection of Buildings Against Physical Damage (Part 3), and Protection of Electrical and Electronic Systems in Buildings (Part 4). The standard defines lightning protection levels (LPS I, II, III, IV) and mandates a specific risk analysis for each building.
Risk analysis determines the necessary level of protection by evaluating factors such as the geographical location of the structure, the keraunic level of the region (frequency of lightning strikes), the characteristics of the structure, the value of the equipment inside, and the density of people. During occupational safety inspections by the Ministry of Labor and Social Security, serious penalties are imposed on systems that do not comply with the IEC 62305 standard, especially in facilities containing flammable and explosive materials. Therefore, professional risk analysis is crucial.

Frequently Asked Questions

Electrical internal installation inspections are the most effective way to guarantee safety and operational continuity in your workplace. At AES Innovation, we perform electrical inspections to the highest standards in your facilities with our TÜRKAK accredited laboratory and expert engineering team.

Passive lightning rods are traditional rod systems that passively wait for lightning and conduct it to the ground. Active lightning rods, on the other hand, use ESE technology to detect the electric field in the atmosphere and initiate ionization before lightning strikes, providing a protection radius of 60-100 meters. Active systems offer a cost advantage as they require fewer poles in large installations.

According to the Regulation on Health and Safety Conditions in the Use of Work Equipment, lightning protection systems must undergo periodic inspections at least once a year. In high-risk facilities (explosive-flammable materials), this period can be reduced to 6 months. Inspections must be carried out by TÜRKAK-accredited Type A inspection bodies.

Lightning rod grounding measurement is critical for the safe transmission of lightning energy to the ground. Grounding resistance should generally be below 10 ohms, and 5 ohms should be targeted for sensitive systems. High grounding resistance can cause lightning energy to damage structures and equipment.

The IEC 62305 standard is an internationally valid lightning protection standard that ensures the protection of buildings and facilities against lightning risk using scientific methods. The Ministry of Labor imposes serious penalties on systems that do not comply with this standard during inspections. The standard provides a detailed methodology for risk analysis, selection of protection levels, and system design.

TÜRKAK-accredited lightning rod inspection is the only valid inspection documenting the system's compliance with legal requirements. Reports issued by non-accredited organizations are not accepted in official audits and insurance claim applications. TÜRKAK accreditation guarantees that the calibration of measuring devices, personnel qualifications, and the reporting system comply with international standards.

According to the Building Fire Protection Regulation, lightning rod installation is mandatory for buildings over 30 meters, facilities that manufacture or store explosive and flammable materials, gas stations, power plants, hospitals, schools, mosques, factories, and private residential areas. Furthermore, the system is required for any structure identified as high-risk based on risk analysis.

AES Innovation

How can you contact us?

+90 850 532 71 89+90 312 806 45 71info@aesinn.comWhatsApp
+90 530 323 7068
TOPICS THAT MAY INTEREST YOU:
News & Bulletins
OUR OTHER SERVICES: