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Especially
in British latitudes, buildings should be arranged to make more
use of the sun. Sunshine is definitely an underused resource.
Incorporating planning strategies, at an early stage in the design
process, to bring sunlight into
a building, is easy to do. Sunlight in buildings saves lighting
and heating costs. The additional capital costs of measures
required to plan buildings with south facades are not that great,
and significant savings on heating and lighting costs can be made,
which add up to large savings over the lifecycle of a building.
Moreover
light and airy buildings result from this process, which
incidentally are very pleasant to live in. Of course care has to
be taken to get the balance right. Midsummer sun will cause
overheating, and sun and computer screens do not co-habit easily.
In winter large areas of glass are a heating liability, and
curtains and shutters are necessary. These issues can be overcome
successfully, maximizing the benefits of passive solar design.
Active
and Passive measures contribute to energy savings. Passive
measures by and large are designed into a building from the
outset. Active measure are a more bolt-on way of reducing a
buildings energy and resource load. The Green House in Wicken
illustrates additional active measures that can be taken to reduce
energy consumption and costs. It is important that active measures
are self regulating. Building users do not need additional chores
in relation to energy management. All the measures in the Green
House are managed by control systems that require little day to
day input.
Although
the Green House illustrates domestic measures, the principles also
apply to Commercial Projects. We are currently working with a
developer designing commercial buildings with naturally stack
ventilated offices.
In relation to the construction of buildings our
main concern has to be to provide our clients with the
construction project they have commissioned, on time and to
budget. Within this main concern we will aim to bring some of the
principles of 'responsive climate sensitive design' to bear on our
solutions, in the knowledge that (1) they can be incorporated at
little capital cost, from the outset, and (2) the spaces created
can be very pleasant to occupy.
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