Remote Modular Buildings & Enclosures

 

Satellite buildings and enclosures have become commonplace on power generation sites in recent years. These versatile structures have been proven crucial as solutions for housing switch gear, transformers, energy storage units, smaller generators, and other power infrastructure

The nature of these units makes them easy to transport and position on site with all the equipment pre-installed ready to use. However, as these systems are often located remotely. especially on solar & wind farms, there comes a security risk where trespassers may attempt to force entry into these enclosures with a goal of vandalising or stealing the valuable equipment inside.

Ensuring that these enclosures are secure from external threats, whilst allowing for personnel to escape easily in the event of a fire,is a requirement for many modern power generation site designs.

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Security – Protecting Enclosures from Forced Entry

 When it comes to protecting enclosure doorsets from forced entry, few locksets can compare to the performance of Surelock McGill locking and bolting systems.

Range of Deadlocking Operations

Panic & Emergency Escape Compliant BS EN 1125 & 179

Security Tested to LPS 1175 on Approved Doorsets

Suitable for Fire, Security, Blast, Ballistic, Flood, Acoustic Doors & More!

Tested to Over 1 Million Operational Cycles

Access Control and Motorised Bolt Retraction Optional

Fast and Secure Installation Method

Security Louvres for Essential Ventilation

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Max Air High Performance Louvres

Allowing ventilation where important electrical equipment is stored is critical, and that especially includes enclosures used as part of power generation. Unfortunately, the drawback of any ventilation system is that somewhere in the structure there must be a hole to allow the flow of air. This can be exposed as a weakness in modular buildings and enclosures.

Security Tested up to LPS 1175 SR6

Air Flow Calculations Available on Request

Safe & Secure Clamp Fixing Method

Dimensions Can Be Specified to the Required Aperature Size