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Energy Audit for St Mary Redcliffe Church, Bristol

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7. Summary of Recommendations<br />

This report has made numerous recommendations on improvements that can be carried out to<br />

reduce energy and carbon emissions from the operation and use of this building.<br />

These have been summarised here into three phases taking into consideration the payback, capital<br />

investment and ease of carrying out each improvement. There is also logic in the phases of<br />

improving the current arrangement so that decisions on more major elements can be based on<br />

improved efficiencies rather than less than optimal situations. These recommendations and this<br />

report should be presented and an action plan developed to implement as many of these actions as<br />

possible.<br />

In general the energy strategy <strong>for</strong> the church should be to install good controls to the heating and<br />

low energy (LED) lighting alongside considering installing a PV system to the roofs.<br />

The use of other renewable heat sources should be careful considered as to whether they are truly<br />

more environmentally efficient than the very efficient use of mains gas.<br />

Immediate / Short Term<br />

Improvement Measures<br />

Description Estimated Cost Estimated Saving To be actioned by<br />

Install full controls to the £4,500 £2,500 per year<br />

heating and hot water<br />

system<br />

Replace lamps within<br />

existing lighting fittings<br />

<strong>for</strong> low energy versions<br />

SLS to advise SLS to advise<br />

Arrange <strong>for</strong> the<br />

uninsulated pipework<br />

fittings in the boiler<br />

room to be insulated<br />

Replace the main heating<br />

pump with a VSD pump<br />

set<br />

Clean out the heating<br />

pipe within floor<br />

trenches and line with<br />

insulating foil.<br />

Consider the installation<br />

of a 15kWp solar PV<br />

array on the south facing<br />

roofs of the<br />

nave/chancel<br />

£600 £200/year and<br />

improved resilience of<br />

heating system<br />

£1,500 £400/year<br />

£1,500 £350/year and<br />

improved com<strong>for</strong>t<br />

£22,000 £2,000/year<br />

19

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