Our team leads the way in the mechanical and electrical elements of data centre design and build.
In today’s digital-driven world, data centres serve as the backbone of businesses, handling vast amounts of information and supporting critical operations.
At the heart of any data centre’s efficiency, reliability, and sustainability are its mechanical and electrical (M&E) systems – these elements ensure seamless operation, optimal energy use, and business continuity.
Power protection and distribution: The lifeline of data centres
Data centres require resilient, fault-tolerant power systems to operate without interruption. 2bm leads the way in designing and implementing diverse power solutions that protect against failures and ensure continuity. Our expertise spans power protection services, mission-critical power distribution, and interactive power metering to optimise energy efficiency and prevent downtime.
We ensure redundancy and resilience through diverse power distribution strategies, mitigating risks from power fluctuations or outages. From UPS (Uninterruptible Power Supply) and DRUPS (Diesel Rotary UPS) solutions to bypass systems and in-rack power distribution, we implement systems that provide robust, scalable and energy-efficient power management.
Why M&E excellence matters in data centres
Mechanical and electrical elements form the foundation of any data centre’s reliability and performance. Without carefully designed and managed power protection, cooling and distribution systems, downtime risks increase, efficiency decreases, and operational costs rise.
We also specialise in delivering tailored M&E solutions that meet the highest industry standards, ensuring that data centres are resilient, efficient, and prepared for future growth.
If your data centre requires expert-driven mechanical and electrical solutions, contact 2bm today to see how we can support your needs.
Consultation, design, installation and maintenance
Electrical design, installation and testing
The most efficient power and cooling solutions
Elevated chilled water solutions
Adiabatic indirect free cooling
Computer room air-conditioning
In-row, on-rack and in-rack cooling
On-chip cooling
CFD airflow simulations
Real-time air flow management
Use of local weather data to accurately design the solution for the location
