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London Plan 2011 PDF 1 MB - Lambeth Council

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The <strong>London</strong> <strong>Plan</strong> July <strong>2011</strong> – RTF version<br />

the boroughs and other relevant stakeholders to ensure compatibility<br />

between decentralised energy networks as they are developed in <strong>London</strong>.<br />

Boroughs are encouraged to make use of these specifications and standards<br />

when developing network opportunities in their borough. They may also<br />

wish to explore the use of local development orders (LDOs) for<br />

implementation purposes. Further information on proposals to support the<br />

wider uptake of DE systems in <strong>London</strong> can be found in the Mayor’s Climate<br />

Change Mitigation and Energy Strategy.<br />

POLICY 5.6 DECENTRALISED ENERGY IN DEVELOPMENT<br />

PROPOSALS<br />

<strong>Plan</strong>ning decisions<br />

A Development proposals should evaluate the feasibility of Combined Heat<br />

and Power (CHP) systems, and where a new CHP system is appropriate<br />

also examine opportunities to extend the system beyond the site boundary<br />

to adjacent sites.<br />

B Major development proposals should select energy systems in accordance<br />

with the following hierarchy:<br />

1 Connection to existing heating or cooling networks;<br />

2 Site wide CHP network;<br />

3 Communal heating and cooling;<br />

C Potential opportunities to meet the first priority in this hierarchy are<br />

outlined in the <strong>London</strong> Heat Map tool. Where future network<br />

opportunities are identified, proposals should be designed to connect to<br />

these networks.<br />

5.37 Development proposals should seek to connect to existing or planned DE<br />

networks. Linking a new development to an existing CHP system may be the<br />

most resource efficient option, allowing more effective use to be made of heat,<br />

power and cooling. If it is not possible to link to an existing system, the<br />

feasibility of CHP needs to be considered on a site-wide basis connecting<br />

different uses and/or group of buildings or an individual building.<br />

Investment in heat and cooling distribution infrastructure should be<br />

considered in all developments. CHP systems must be designed to run<br />

efficiently and be optimally sized to maximise carbon dioxide savings.<br />

5.38 Opportunities to incorporate energy from waste or, where technically<br />

feasible, renewable energy should be investigated. However, the design of<br />

such systems should also seek to minimise impacts on air quality (see Policy<br />

7.14). Where a district CHP system provides part of a development’s power<br />

and/or heating and/or cooling demand, suitable renewable energy<br />

technologies should be considered in addition, in accordance with Policy 5.7<br />

and the Mayor’s energy hierarchy. In this area of policy, as all others,<br />

feasibility includes questions of financial and technical viability. There are<br />

recognised ways of identifying and assessing these. These will ensure that<br />

requirements are not imposed on the development that could lead to<br />

uneconomic costs on occupiers.<br />

Page 141 of 310

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