Aonui Architecture

Te Whaea: environmentally sustainable design

Interior of Te Whaea building showing natural light through roof.

Diagram showing natural convection for increased solar gain.

Solar gain in poorly insulated buildings is tempered by multi-storey conections, allowing natural convection
Section diagram showing stack ventialtion and rock bin thermal store.
Diagram showing stact ventilation and rock bin thermal store.
Section: Stack ventilation and rock bin thermal store

Excessive thermal gain in summer and plummeting temperatures in winter made Te Whaea, the home of the New Zealand Schools of Dance and Drama, an uncomfortable educational environment for staff and students.

Aonui Architecture is managing the transition to a natural conditioning solution where the summer heat is automatically vented through the central plaza roof.

By contrast, winter solar gain in air temperature is captured and recirculated through the cooler ground floor basement level, which acts as a thermal buffer.

Plan of thermal pathways resulting from natural ventilation and prevailing wind.

Plan of thermal pathways resulting from natural ventilation and prevailing wind

Opening up between floors allows the thermal stability of the lower level concrete slab and walls to temper the diurnal extremes at the upper levels and encourage a new freshness and vitality in building. The natural conditioning system is managed via a Solarhomes Ltd programmable logic controller.

See Te Whaea for more pictures

   

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© Aonui Architecture Ltd, Wellington, New Zealand