Pacific Environments Architects
 

Birkenhead College

Birkenhead College Birkenhead College Birkenhead College
  • solar water heating
  • rainwater harvesting
  • passive solar heating
  • cooling by natural ventilation


    The College was designed with these sustainable features integrated to reduce energy and water consumption.





Cape Reinga Visitor Experience

Cape Reinga Visitor Experience Cape Reinga Visitor Experience Cape Reinga Visitor Experience
  • 100% rainwater harvesting
  • Grey water recycling
  • On-site sewage treatment
  • Off-grid electrical supply




    A minimal impact design with reinstatement of natural vegetation

Changing rooms

Changing rooms Changing rooms Changing rooms
  • Rainwater recycling
  • Photovoltaics

Toilets and changing roms at Onepoto Domain. Rainwater is collected for flushing toilets and PVs charge security lighting.

 

Housing New Zealand

Housing New Zealand Housing New Zealand Housing New Zealand
  • passive cooling
  • solar water heating
  • passive solar heating
  • thermal mass
  • low energy
  • healthy homes





    Low energy housing development  in Manakau with emphasis on reduced energy consumption and healthy housing.

 

Low energy Academy

Low energy Academy Low energy Academy Low energy Academy
  • passive heating
  • passive cooling
  • high thermal mass
  • sustainable urban drainage
  • 100%daylighting
  • natural ventilation
  • double skin facade

Extreme low energy building designed to be able to operate off-grid.




Low energy housing

Low energy housing Low energy housing Low energy housing
  • Photovoltaics
  • solar water heating
  • sustainable urban drainage
  • high thermal mass
  • rainwater harvesting
  • passive cooling
  • wind turbines
  • Vege gardens


    Low energy housing for a UK Housing Association

Low energy offices, UK

Low energy offices, UK Low energy offices, UK Low energy offices, UK
  • wind turbine
  • photovoltaics
  • rainwater harvesting
  • low water use fittings
  • natural ventilation


    Commercial office development and conference centre in the UK  with a significant contribution of on-site generated renewable energy

Massey Library

Massey Library Massey Library Massey Library
  • passive underfloor cooling
  • High thermal mass
  • Rainwater recycling
  • Daylighting
  • Photovoltaics

Award winning library designed to be cooled by rainwater ducted under the solid floor. Naturally daylit and ventilated.

Napier pensioner homes

Napier pensioner homes Napier pensioner homes Napier pensioner homes
  • Photovoltaics  
  • Solar water heating  
  • Low energy  
  • Healthy homes  
  • Energy efficient transport

Sustainable Pensioner homes for Napier City Council.  A study that included higher insulation standards, solar water heating, and PVs to recharge electric scooters



Sustainable inner city housing

Sustainable inner city housing Sustainable inner city housing Sustainable inner city housing
  • High density
  • Reduced parking
  • Re-use of old buildings
  • Brownfield site
  • Low energy buildings

Mixed use, high density, urban
village in Birmingham, UK.
Master-planned on a brownfield city
centre site in order to reduce urban
sprawl and the consequences of
traffic congestion & pollution.
Completed 2000

The Skills Academy

The Skills Academy The Skills Academy The Skills Academy
  • Photovoltaics
  • wind turbines
  • heat recovery systems
  • rainwater harvesting
  • sustainable urban drainage
  • 100% daylighting
  • solar hot water

2no. 1.5kw Swift wind turbines  providing approximately 8,000kWhr of electrical energy per year.
• 98.8m2
of Photovoltaic panels  estimated to provide 8,200kWhr of electrical energy per year.
• 10.8m
2
of Solar HWS panels with an expected energy return of 3,900kWhr to hot water per year.
• 35m
2 rainwater storage tank providing an estimated 80% of water for flushing purposes per year.

The Womens Academy

The Womens Academy The Womens Academy The Womens Academy
  • passive cooling
  • low energy
  • daylight dimming
  • natural ventilation


Tertiary education College in the UK, designed to exceed local codes and with a tower that cools the building by the 'stack effect'. Thermally modelled by the Building Research Establishment and monitored by Brunel University.


 
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