Roland Levinsky Building case study
Skip Ribbon Commands
Skip to main content

Roland Levinsky Building case study

​Engineering and environmental design 

The main image and table on this page show the environmental features of the Plymouth University's Roland Levinsky Building (RLB).
 
The table lists various areas of this building and explains the key features relating to these areas.
 

Diagram of Roland Levinsky Building

Roland Levinsky RoofNumber one - General / key features of Roland Levinsky Building  

General / key features of Roland Levinsky Building

  • Integrated, flexible design solution for M&E systems
  • Building accredited 'Very Good' BREEAM rating
  • Copper 'wrap' for longevity and recyclable properties
    Peninsula Arts gallery is air conditioned with humidity control
  • Dedicated departments served by separate air plant
  • Use of cross point as return air path with no need for supplementary environmental control
  • IP integrated network for the building controls and security system

  


  

 ​Number two - Roof of RLBRainwater Harvesting

Roof of RLB

  • Roof lights allow daylight into cross point
  • 6000 litre rainwater harvesting tank collects water from roof to serve tower block toilets 

  


  

 Number three RLB wallsRoland Levinsky Building interior

RLB Walls

  • Building fully sealed to eliminate noise and pollution
  • Exposed concrete structural mass and high ceilings maximise thermal stability
  • Architecturally exposed services for easy access and maintenance

Number four - RLB cafeRoland Levinksy Building cafe

RLB CAFE

  • 2.2KWp of photovoltaics serve café lighting
  • Pilkington suncool glass to reduce solar gain

  


  

Number five -Lecture theatres / classrooms in RLBRoland Levinsky Building interior

Lecture theatres / classrooms in RLB

  • Air conditioned with separate air handling plant in basement utilising low energy floor supply system
  • Low energy lighting to all teaching spaces
  • Quality north light to graphic design and 3D workshops

 


 

 Number six - Floor of Roland Levinsky BuildingFloor of Roland Levinsky Building

Floor of Roland Levinsky Building

 

  • Flexible raised floor access system
  • Below ground fresh air& ducts for free cooling
  • Low energy displacement ventilation system via floor void. Air supplied at 19 degrees celsius and extracted at high level to all spaces
 


 

 

Sustainability with Plymouth UniversityCentre for Sustainable Futures


BDPScott Wilson

Hoare LeaHBG

Gardiner and TheobaldTurner and Townsend