PORTFOLIO

Designed by Black Box Architects, these highly efficient homes avoid the need for fossil fuels for traditional central heating and hot water production.

The Black Box design utilises orientation, sunshine, shade, ventilation and optimal material selection. The only technical input being solar roof panels linked to the electrical circuits for hot water storage and air source heat pumps to feed the underfloor heating system.

The houses use solar gain and external thermal insulation to retain heat all year round with solid wall construction and no cavities or cold spots. By only using the highest levels of insulation, airtightness and building materials, can result in up to 90% less energy than a standard home. Also offering superior indoor comfort thanks to the consistent temperatures and quality of airflow. They also have the added benefit of reducing both external and internal noise due to the high levels of insulation and triple-glazed windows.

With ever rising energy costs and the abolishment of Gas in New homes built from 2025, overall these new homes have been calculated at Pre build stage EPC Energy level ‘A 96’ with the potential once built to further this to ‘A 98’. To put in context, an average home in England during 2020 was Band D 60, which demonstrates an incredible achievement.

Built between 1862 and 1878, this vast private home underwent an internal restoration and external uplift. Consisting of overhauling period windows, re-slating main roof planes, repair and refitting of dormer window fabric and repairing of the stone frontage. Internally, all rooms underwent extensive renovation over a period of 12 months, bringing the building back to a habitable family house with a fully functioning basement office suite.

The scope of work in this restoration involved clearing out and alteration to the main floors including removal of all remaining fixtures from previous conversions. Despite excellent preservation of key period features such as the impressively large, glazed cupola and elaborate staircase, many cornices had disappeared. Fortunately, remaining cornices and missing features were painstakingly replicated and restored to their former glory. Maintaining a strong and dominant position although not a standalone building, it nevertheless has an important role to play in the history and social status of the area. Resulting in a positive impact on the character of this Conservation Area.

A client for over ten years, we were commissioned to design a new hospitality buildings for Hidden River Cabins, Cumbria. The resulting design of the main event building received Highly Commended national recognition from the LABC Building Excellence Awards.

The main event building provides a substantial function venue for weddings and events. Due to the success of previously designed cabins, farmhouse renovation and the restoration of the barn complex, the new hospitality building provides a permanent solution allowing for approximately 150 occupants. Siting the building in an ideal location, serving as a continuation of the existing development along the river.

The design of the unit was intended to maintain a slight agricultural feel, in order to give the building a sense of place and appropriate vernacular. This objective lent itself to a simpler and more economical form of construction method for a building of this size. In this instance a steel portal frame was designed, but one which can still be executed to a higher level – providing a choice of external materials and detailing of connections.

In this case the roof was constructed form of corrugated metal/composite sheeting, with gutter/eave detailing being thought through in more detail Wall were clad in horizontal timber boarding to compliment the surroundings and reference the existing log cabin structures nearby. Windows facing the river and entrance doors in a dark narrow profile units to maximise the available light into the main room. This barn structure was built to an exceptional level of finish with controlled energy usage, wastewater treatment and surface water percolation.