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Newsletter Summer 2010 - the Benenden School Trust

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“<br />

Sustainable development is development that meets <strong>the</strong><br />

needs of <strong>the</strong> present without compromising <strong>the</strong> ability of<br />

future generations to meet <strong>the</strong>ir own needs.The main<br />

measurable contribution is to environmental sustainability<br />

by: protecting <strong>the</strong> physical environment; conserving natural<br />

resources; enhancing ecology; and increasing biodiversity.<br />

The Design Team have designed <strong>the</strong> building to<br />

have an annual energy consumption of well below <strong>the</strong><br />

requirements of <strong>the</strong> current (2006) edition of <strong>the</strong> Approved<br />

Documents L2A (Part L) of The Building Regulations 2000.<br />

This has been achieved primarily through careful<br />

consideration of <strong>the</strong> building’s form and envelope,<br />

supplemented by <strong>the</strong> design of efficient mechanical<br />

systems and <strong>the</strong> employment of various renewable energy<br />

options. A strategy has been developed to generate a<br />

proportion of <strong>the</strong> building’s electrical and heating energy<br />

needs from renewable sources.<br />

Annabel Hollick,<br />

Associate Partner, Hopkins Architects<br />

“<br />

The new Science Centre will be<br />

packed with substainable features.<br />

Donations are invited to fund specific aspects of <strong>the</strong> new centre’s<br />

sustainable development, for example:<br />

• Photovoltaic cells £100,000<br />

These are photovoltaic cells laminated within <strong>the</strong><br />

glazing in <strong>the</strong> roof. These cells generate electricity<br />

when exposed to sunlight and, to a lesser degree,<br />

daylight.<br />

• Visual display boards for energy monitoring £3,500<br />

Three in total - one per department ie: each of<br />

Physics, Chemistry and Biology will have a panel. It is<br />

expected that <strong>the</strong> departments may even aim to<br />

compete to use least energy using <strong>the</strong>se panels to<br />

monitor <strong>the</strong>ir respective consumption<br />

• Living wall £20,000<br />

This is a wall with growing planting covering it<br />

• Breeam Excellent rating £150,000<br />

This is an overall rate and includes costs for some<br />

of <strong>the</strong> items listed here.<br />

BREEAM (Building Reasearch Establishment’s<br />

Environmental Assessment Method) is <strong>the</strong> world’s<br />

leading and most widely used environmental<br />

assessment method for buildings, with over 115,000<br />

buildings certified and nearly 700,000 registered.<br />

It sets <strong>the</strong> standard for best practice in sustainable<br />

design and has become <strong>the</strong> de facto measure used<br />

to describe a building’s environmental performance.<br />

Credits are awarded in ten categories according to<br />

performance. These credits are <strong>the</strong>n added<br />

toge<strong>the</strong>r to produce a single overall score on<br />

a scale of Pass, Good, Very Good, Excellent and<br />

Outstanding. We are aiming for Breeam Excellent<br />

for <strong>the</strong> new Science Centre which for an<br />

Education building is a challenging target.<br />

• Solar water heating £10,000<br />

Solar water heating consists of evacuated glass<br />

tubes located in a sou<strong>the</strong>rly aspect on <strong>the</strong> roof.<br />

Water pumped through <strong>the</strong>se tubes is heated as<br />

solar energy is absorbed.<br />

• Biomass boiler £130,000<br />

• Rainwater harvesting £30,000<br />

• Variable volume low flow fume cupboards £50,000<br />

• Automatic lighting control £5,000<br />

• Free cooling to Lecture Theatre £3,000<br />

• Water feature with evaporative cooling £40,000

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