learnd installs a Schneider EcoStruxure BMS at a new build defence logistics centre for BAE systems.
The project, which was awarded to Learnd by M&E contractor, Murray Building Services, provides easy and precise control of functions such as domestic hot water (DHW), radiant heating and the site’s cold store for the storage of carbon fibre material.
BAE Systems’ new 165,000 sq ft Defence Logistics Centre sits adjacent to the company’s engineering and manufacturing facility at Samlesbury in Lancashire. Occupied and operated by logistics specialist Wincanton, the facility accommodates a 150-strong workforce.
I’ve been really impressed by Learnd’s project management and communication throughout. They have bent over backwards to ensure smooth project deliveryJon Farmer, Energy Management Lead, BAE
Optimised building performance
learnd’s proposed solution was based on the Schneider SmartStruxure enterprise system as it matches the existing site-installed BMS system across the estate. SmartStruxure combines proven building management software with hardware innovation to connect everything from sensors to services over one IP backbone. The end result lets users monitor, measure and optimise building performance throughout its life cycle. Learnd custom-branded the interface for BAE Systems.
BMS functionality at the new site principally relates to HVAC control and monitoring in both the warehouse and single-storey office areas (gas radiant heating), as well as destratification fans, DHW control, heat recovery units, electric panel heaters and MODBUS metering.
In terms of system configuration, two panels were built by Learnd for the offices and warehouse containing Schneider SmartX AS-P controllers and I/O modules, as well as touchscreen tablet displays. The BMS, which is also connected to the main site-wide Schneider system via IP network, offers viewing from the SmartStruxure front end complete with Learnd-designed graphics.
Cold storage challenge
One of the project challenges was to provide monitoring of the already-constructed cold store areas, where cables could not be run easily.
However, learnd was able to install sensors that could connect back to SmartStruxure so that BAE Systems engineers could have visibility of the cold store temperature and generate alarms if the temperature deviated from the required conditions.
The cold store must be at a specific temperature for the storage of carbon fibre material. User training was provided by learnd to Wincanton staff on familiarisation of the system, which was completed in October 2016.
“I’ve been really impressed by Learnd’s project management and communication throughout,” says Jon Farmer, Energy Management Lead at BAE Systems. “They have bent over backwards to ensure smooth project delivery. Furthermore, they are very dedicated and have come back to the site to resolve a few very minor snags.”
To ensure ongoing system optimisation, learnd has a robust maintenance agreement currently in place with mechanical contractor, Murray Building Services.