ENER[GIE]NGER — 2011 Global Award for Excellence Winner

ENER[GIE]NGER

About ENER[GIE]NGER

Developer/Owner: Wilhelm Gienger VerwaltungsGmbH
Architect: peterlorenzateliers
Location: Munich, Germany

Why ENER[GIE]NGER?

In November 2006 with the idea of an “energy spiral”, Peter Lorenz won the contract put up for tender by the property developer. The geometry of a “band-spiral” creates a unique tunnel-like area, which by means of the side intersection surfaces exposed to light, throws a fascinating ray of light onto the slanting walls. The spiral begins at entrance of the Fa. GIENGER showroom at the east of the building by means of a wide open projecting roof – opposite at the west side a similar opening is put to use for the cash and carry wholesale store. The architect has named the project Ener(gie)nger – a coinage of the words Energie (Energy) and the name Gienger, the well established domestic engineering wholesale business. The core of the exhibition hall is not only the various bathrooms on display, but also the “educational energy trail” – an exhibition of current installations and equipment belonging to the energy-saving sector. Since its introduction, this “trail” has been accepted very quickly and intensively: it plays an important role in the understanding of technology,which in turn means that such technologies can actually put to use. The vibrant energy spiral stands for the energy within a fascinating area, with this area expressing the dynamics of new types of energy: The slanting external surfaces are fitted with both solar-thermal and photovoltaic panels – the latter of these could in the course of new developments, be fitted with products, which at the moment are still being devised. The outer shell is made up of solar panels, photovoltaic panels and metal and glass elements.

ENER[GIE]NGER incorporates…

ENER[GIE]NGER

  • Energy management with use of renewable energy.
  • Educational energy trail with the latest of technologies (Current resources available, renewable raw materials, regenerative energy therefore recuperative energy).
  • 250m2 solar panel area – solar thermal energy for heating and cooling the building.
  • Ground water well for heating and cooling purposes.
  • Highly efficient ventilation system with heat recovery.
  • Combined heat and power plant – electro and thermal energy.

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