Watford, England

Launched in 2005, the Park at BRE’s headquarters in Garston, Watford, continues to set the standard for BRE’s Innovation Parks across the world.  The Park started life as a small-scale demonstration of modern-methods-of-construction (MMC) and quickly developed in a facility rich in innovation.

The Watford Park attracts around 20,000 visitors per year, from within the UK and overseas, and has 12 full-scale demonstration buildings.

What we do

Buildings

The houses feature a number of building types over the year demonstrating Modern Methods of Construction (MMC), showcasing off-site construction from elements through to whole buildings, as well as demonstrating  all the different types of build, from timber frame, to cross laminate timber, concrete, clay block, SIPS and light gauge steel. The buildings have a finite life, and once all the research potential has been exhausted the buildings are deconstructed under the BRE Smart Waste tool, or repurposed. A good example of the latter is the Willmott Dixon building, which started life as a demonstrator  for the Building Schools for the future programme, was then converted into  a healthcare demonstrator, and will now become a training facility linked to the BRE Academy and the BRE Trust funded schools programme.

The buildings have been constructed to meet the challenges of achieving rising standards, from the 2005 £60k house challenge, to the  Code for Sustainable Homes, and now the Home Quality Mark  and 2016 Building Regulations. BRE has worked with the industry to help the supply chain raise awareness of how to meet each new standard.

A test-bed for innovative ideas and products

As well as the construction method of the houses themselves there are a number of products  on each of the buildings and around the Park that contribute to the holistic approach to sustainable homes and communities. While BRE always promotes a “Fabric First” approach to construction, choosing the best materials for the construction, it is then necessary to select the optimal system for heating and hot water, and then choose what renewables can complement the building to achieve low to zero carbon emissions. In addition, ventilation, lighting, daylighting and appliance use can all impact on the performance of the building, and the embodied energy of potable water should not be underestimated.

Ecodek

Ecodek

Ecodek have been manufacturing a range of decking products since 2004. The ecodek® material is specifically developed from an innovative ...
Read More
Encore cistern

Encore cistern

How does it work? The Encore cistern works in exactly the same way as a traditional cistern with the exception ...
Read More
Facadeclick

Facadeclick

The circular facing bricks that you click together without mortar or glue The patented Facadeclick system uses traditional facing bricks.  ...
Read More
Resilience Energy Technology Ltd

Resilience Energy Technology Ltd

Resilience aims to become the Uber of the electricity industry, turning UK homes into personal power stations by enabling homeowners ...
Read More
Solar Vision Lighting Technologies Ltd

Solar Vision Lighting Technologies Ltd

Revolutionary off grid solar street lighting utilising the latest in photovoltaic technology, allows for maximum flexibility when designing a scheme.  ...
Read More
Viessmann

Viessmann

The Viessmann  Vitovalor 300-P is a natural gas powered fuel cell boiler. The fuel cell operates like  a battery, a ...
Read More
Water Solutions

Water Solutions

Water Solutions has been trading since 1998, and introduced a unique patented Water Free Urinal System to the UK. The ...
Read More