Kontakty
Uponor, s.r.o.
Zelený pruh 95/97, Braník, 140 00 Praha 4
Reference

Dudley College, Dudley,
Dudley,
United Kingdom

Dudley College, Dudley

 The Advance II project is part of a transformation programme at Dudley College and the fifth new teaching facility to be constructed as part of the ‘Dudley Learning Quarter’ campus development.

Location
Dudley, United Kingdom
Dokončení
2017
Typ budovy
Sportovní zařízení (venkovní/vnitřní)
Typ projektu
Novostavba

The £12 million scheme is a teaching centre for advanced construction methods and technologies. It is the first UK project to be built using the IPI (integrated project insurance) procurement and delivery model, which put collaboration at the heart of the design and construction process. The brief was to create a building that is as operationally efficient as possible for the available budget, using forward-focused technologies that complement its purpose as a centre of learning for tomorrow’s construction professionals.


Uponor’s Involvement
Uponor worked closely with the project team and the college’s estates team to ensure that the TABS (Thermally Active Building System) was embedded in the design and the BIM level 2 model. The Uponor team arranged a site visit to the TABS installation at Manchester Metropolitan University to demonstrate the benefits of the technology.
Thermal modelling data was used to estimate the heating and cooling requirements for the 3,500m2 building to ensure correct specification and the TABS system has been specified to complement the highly insulated building envelope, with external weather stations controlling the TABS via actuators.


The Benefits
The Uponor TABS installation has enabled all heating, cooling and domestic hot water to be powered by just two domestic boilers (with a third for standby) and avoided the need for any additional heating, air conditioning or mechanical ventilation. By working with the efficient building envelope, the system delivers an ambient indoor temperature all year round with minor adjustments of +/- 4-5 degrees, and weather station controls provide a true, fit and forget, maintenance free solution.

 

 

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