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  - MEP Building Services Through planning and concept design to development, delivery and installation, our mechanical and electrical design team implement the most innovative and energy efficient solutions within the built environment.
  - Energy & Sustainability Providing integrated solutions with a pragmatic approach, we ensure that you receive expert advice which is tailored to your energy and sustainability objectives.
  - EPC Upcoming UK regulation changes require non domestic buildings to be EPC C rated by 2027 & EPC B rated by 2030 and it’s expected that non domestic rented buildings would be required to achieve the EPC C rating by 2030.
  - BIM Our design team are well versed in 3D modelling and Building Information Modelling, allowing for coordinated project delivery as well as time and cost savings.
  - Vertical Transportation We partner with leading industry experts to provide our clients with first-class advice on the design, installation and management of vertical transportation systems including lifts, escalators and external access equipment.
  - Acoustics We work with highly skilled specialist Acoustics teams who are well established at looking for innovative solutions to noise and vibration challenges that could influence a property’s design and development.
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Elsworthy Road

Location: Elsworthy Road, London

Client: S&T

Architect: Box Architects

Services: MEP, Vertical Transport, Energy & Sustainability (SAP)

PSH is currently delivering a new build, high-end residential project consisting of a house, a maisonette and three flats on Elsworthy Road, London.

The house comprises four floors including six bedrooms, a gym, study, cinema, reception hall, dining room and living spaces. The maisonette has two floors; basement and ground floor. Flats are located on the first and second floor.

The main house and maisonette have comfort heating, cooling and hot water production via air source heat pumps. Both houses and flats are heated via underfloor heating.

The project aims to achieve a 35% reduction in CO2 emissions. This will be achieved by using photovoltaic panels located on the roof.