Gilberts solution hits the roof

Gilberts

Air movement specialist Gilberts has further developed its hybrid system which uses internal heat to warm incoming air through wall façade louvres without using a heat exchanger.

The new version of the pioneering Mistrale Fusion System (MFS) has taken the same concept from façade to roof, with MFS-V (vertical).

MFS-V incorporates two Fusion MFS128 units placed vertically into a rooftop penthouse turret, with a shaft up to 1500mm2 ensuring effective ‘stand-alone’ ventilation of the space below. No additional ducting or plant is required. By routing the ventilation through the roof then internal spaces that have no external façade can still be efficiently ventilated, whether through natural or hybrid principles.

The concept has already been put into practice, at eight schools being built in the Midlands which feature enclosed single storey sunken garden ‘break out’ spaces over classrooms surrounded by a two-storey building: the single storey enclosed classrooms can still utilise the MFS strategy employed in the areas with an external façade by using the MFS-V units sited in the sunken gardens.

Roy Jones, Gilberts technical director says: “Developing a roofmounted MFS extends the practicality and usability of this technology.”

For more information on this story, click here: August 2018, 164
Related links:
Related articles:



modbs tv logo

Baxi survey reveals care home leaders need support to achieve heat decarbonisation goals

Baxi recently surveyed over 400 senior and middle management care home managers in both the private and public sector this summer in an effort to understand the enablers required to help decarbonise the sector.

CIBSE launches Society of Vertical Transportation to elevate standards worldwide

CIBSE has officially launched the Society of Vertical Transportation (SoVT), an international professional community for individuals and organisations working across the design, engineering, installation and innovation of lifts, escalators and emerging vertical mobility systems.