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About the system

Lightning protection in Kyiv and Ukraine

Lightning protection reduces the risk of physical damage, fire and dangerous transient overvoltages. We provide risk assessment, lightning protection calculations, external protection design, earthing, equipotential bonding and coordinated surge protection.

KABO GROUP reviews the available information, prepares an agreed technical scope and completes the work with the defined documentation.

Solutions

What is included in lightning protection

Risk assessment and protection class

Inputs, system interfaces and completion evidence are agreed before work begins.

Open section↗

Calculation and design

Inputs, system interfaces and completion evidence are agreed before work begins.

Open section↗

Lightning protection installation

Inputs, system interfaces and completion evidence are agreed before work begins.

Open section↗

Measurements and completion records

Inputs, system interfaces and completion evidence are agreed before work begins.

Open section↗
Practical guide

System details and solution selection

External and internal protection

External protection intercepts and conducts lightning current; internal protection coordinates bonding, separation and surge protective devices.

Risk assessment and protection class

Assessment considers use, location, dimensions, construction, occupancy, incoming services and the consequences of damage rather than building height alone.

Installation and maintainability

Roof interfaces, separation and equipment protection are coordinated, while test joints and earthing elements remain accessible for inspection and measurement.

Regulatory basis

Regulations and standards considered

This list explains the regulatory basis but is not a substitute for a project or a complete schedule for every building. Document status, amendments and building-specific requirements are verified when the project starts.

Building regulation

DBN V.1.1-7:2016 — Fire safety of construction objects

Sets general fire-safety, fire-resistance, evacuation, compartmentation and engineering requirements.

Open source↗Technical standards

DSTU EN 62305 series — Protection against lightning

The series covers general principles, risk management, physical protection of structures and people, and internal electrical and electronic systems.

Open source↗Technical standards

DSTU EN 62561 series — Lightning protection system components

Applicable parts specify requirements and tests for connection components, conductors, earth electrodes and related products.

Open source↗Mandatory rules

Fire Safety Rules in Ukraine, Ministry of Internal Affairs Order No. 1417

Sets organisational and operational duties, including system readiness and measures during isolation or repair.

Open source↗
Outcome

One accountable delivery cycle

Risk assessment and protection class✓Calculation and design✓Lightning protection installation✓Measurements and completion records✓
Process

Work stages

Source information

We collect building geometry, use, location, structural materials, roof equipment and incoming service information.

Risk assessment and design

We define the protection class, air-termination arrangement, down conductors, separation distances, earthing and surge protection concept.

Installation

We install the specified components, bonds, test joints and earthing arrangement while coordinating roof and facade interfaces.

Inspection and records

We inspect continuity and routing, perform the agreed measurements and provide the specified completion documentation.

FAQ

Common questions

What does a building lightning protection system include?+

Air terminals, down conductors and earth electrodes, plus equipotential bonding, separation and surge protective devices where required by the design.

Is a design required?+

The solution should be based on building characteristics and risk assessment; the design defines class, geometry, materials and installation details.

What determines the installation cost?+

Building size and shape, protection class, roof construction, conductor lengths, number of down conductors, earthing and access.

What is checked after installation?+

Continuity, connections, routing, earthing condition, required measurements and conformity with the approved design.

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