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Taylors of Bath.
Ground &
Air Source Heat Pumps
Bath & Bristol.
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With Gas and
Oil prices
fluctuating and
energy
production costs
set to rise in
the future,
being able to
produce your own
low cost source of
heating is now
more attractive
and more
affordable than
ever.
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A Ground and Air Source Heat Pump can be used to heat
radiators, under-floor
heating systems, swimming pools and even
heat water in your home.
Ground and
Air Source Heat Pumps
can cool or
heat, either using air or water and work on the same
principals as a fridge,
by extracting heat
from a specific source. There are 2
main types of air heat
pumps, the “Air to Air”
system which provides
warm air heating and the
“Air to Water” system
which feeds hot water
into a premises via
radiators or under-floor
heating.
Taylors of Bath,
fitter and installers of
Ground and Air source
heat pumps.
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How does an
Air Source Heat Pump
work:
Air is fanned into
the Air Source Heat Pump
where the heat in the
air is then absorbed
into a fluid, this fluid
is then pumped through
the heat exchanger and
then through the heat
pump compressor, where
it is concentrated into
a higher temperature
which is then used to
heat water or a warm air
system.
Air Source
Heat Pump.
Air Source Heat Pumps
are much more efficient
at lower external
temperatures than
standard boiler systems,
so they can be used in
larger radiators,
under-floor heating
systems and radiator
skirting boards to
provide a constant
source of heat during
the day and night.
Though heat pumps do use
electricity, the heat
extracted from the air
is constantly being
replaced naturally which
can reduce your carbon
emissions.
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Depending on your
current source of fuel
you can expect:-
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- Lower fuel
bills.
- Reduced Carbon Footprint.
- Lower
maintenance as the
Ground and Air Source Heat Pump
is regarded as a
“fit and forget
system”.
- Highly recommended for
replacing electric,
coal and oil heating
systems.
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The Energy Saving Trusts
field trial results for
air source heat pumps in
a real life environment.
Using typical system
efficiencies from the
field trial the
following savings have
been modelled when
replacing an existing
heating system in a 3
bed semi detached home.
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Air
Source
Hat
Pumps |
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Savings
from
typical
performing
system
220%
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Savings
from
good
performing
system
300%
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Gas |
£/yr |
-£130 |
£70 |
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kgCO2/yr |
-105 |
750 |
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Electric |
£/yr |
£330 |
£530 |
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kgCO2/yr |
4,600 |
5,455 |
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Oil |
£/yr |
-£40 |
£160 |
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kgCO2/yr |
700 |
1560 |
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Solid |
£/yr |
£175 |
£370 |
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kgCO2/yr |
4,475 |
5,330 |
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Call on 01761 471777 or
send us an
email with
details of the work you
would like carried out.
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