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Bishopstone
Village Hall
The Refurbishment
Project
Steady progress continues
We last updated you when the bid to The Big Lottery Fund had failed. You
may recall that in order to have a Village Hall for the new century we had
been looking for almost £300,000 investment.
The need did not disappear and could still be summarised as follows :-
- a modern facility inside a 19th century shell
- comfortable, warm surroundings
- kitchen equipped to cater for 100 seated guests
- bar and refreshment area
- store rooms to service the building's use
What was evident was that a small working group needed to define the
end goal so that plans could be staged and implemented as funding became
available. Whilst these plans are being finalised the Village Hall
committee have made some priority decisions :-
Benefit -
already many people remark that the hall is warmer and some have added
that the acoustics are improved.
- quotes have been obtained to install double glazed uPVC windows in
the main hall. The cost will be approximately £2500 and it is hoped
that a grant can be obtained to help with the investment. The plan is to
have new windows before the winter.
- quotes have been obtained for a completely
new heating system. A lengthy period of investigation,
consultation, site visits and meetings resulted in an environmentally
favourable system being chosen. This is an Air Source Heat Pump and here
is a concise description of it as follows :-
Overview
-
After the extensive investigations that led to the
Feasibility Study, an Air Source Heat Pump System was considered to be
most suitable for our needs.
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Air Source Heat Pumps absorb heat from the outside to
heat buildings. There are two types of air-source heating systems.
Air-to-air systems provide warm air, which is circulated to heat the
building. The other type, air-to-water, heats water to provide heating
to a building through radiators or an under-floor system.
Benefits
-
The benefits of Air
Source Heat Pumps are that the system requires no use or storage of
external fuel. The system runs on electricity. Air source heat pumps
require minimal internal space to install. In the proposed system, the
heat is used to produce warm air, which is circulated by fans to heat
the building. Compressor fans will be fitted to the external walls of
the hall and the heat will be delivered from ceiling mounted units.
How it works
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In the same way that a
fridge uses refrigerant to extract heat from the inside, keeping the
contents cool, an air source heat pump extracts heat from the outside
air, and uses it to heat the building. The efficiency of air source
systems is measured by a coefficient of performance (CoP). CoPs for air
source systems generally range between 3 and 4. This means that for
every unit of electricity used to power the pump, 3-4 units of heat are
produced, making it an efficient way of heating a building. It is even
possible for air source heat pumps to extract useful heat from air at
temperatures as low as minus 15oC.
Proposed Installation
-
3 x 7 KW Daikin inverter
heat pump units consisting of external condensing units linked to 3 x 4
way blow under ceiling suspended cassette units. Provision of electrical
supplies, fitting the system, control units and condensing unit cages
are inclusive to the overall cost.
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We believe that such a
system will offer the Village Hall:
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Uniform, controllable heat distribution
giving a warm, comfortable Village Hall that is attractive to
existing and potential users.
-
Energy efficiency and reduced overhead
costs.
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Improved dehumidification and the
eradication of condensation damp
The heating system will require an investment of approximately
£14,000 and
we are about to apply for a grant to
cover the majority of this amount.
Quotes are being obtained for new fire doors to replace the draughty
wooden ones.
This will then complete the current phase of improvements. By the time
it is finished there will be an agreed plan of
how the Village Hall will
look upon completion of the whole grand refurbishment. It will open up the
planning of the
major building work to provide the new kitchen,
refreshment bar and store rooms.
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