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Space-saving building
Ecological designing of
open spaces
Seepage and utilisation of
precipitation water
Use of building materials
and building parts made
renewable primary products
Preference of natural illumination and
ventilation
Good thermal and
sound insulation
Energy-generation plants
focusing on the protection of resources, e.g. utilisation of joint
power, heating and
cooling and regenerative
energies
Energy-saving and intelligent facility
management, e.g.
component activation and recovery of heat and cooling recovery |
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Minimisation of financing
expenses for new
construction, restructuring
and preservation measures
Optimisation of expenses
for technical infrastructure
Minimisation of life cycle
costs of buildings (creation,
operation, maintenance,
dismantling, recycling etc.)
Application of investments
tuned to specific
requirements of the locations
in concern
Efficient energy management
by application of ultra-modern
building services engineering,
automatic control engineering
and control technology
Optimised provision of utilities
taking local resources into
account
In corporation of the respective
corporate philosophy into
project design |
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Preservation of natural
energy and ecological
resources for the following
generations
Protection of housing
facilities tuned to the
individual requirements
Appropriate financial
expenses for housing
Creating social, housing and
working environment
Networking working, living
and leisure-time in the
structure of the residential
estate
Healthy living and working
Creating resp. protecting job
Aesthetical design of the
"constructed" environment

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