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Annual Report 2006 - Plataforma Solar de Almería

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PLATAFORMA SOLAR DE ALMERÍA<br />

• Minimize loss of data during<br />

calibration periods (around 1<br />

month if the equipment must be<br />

sent to the manufacturer).<br />

• Be able to increase calibration<br />

frequency as nee<strong>de</strong>d: every 6<br />

months, quarterly, monthly or<br />

even weekly.<br />

The calibration laboratory has<br />

been specially <strong>de</strong>signed for calibration<br />

over the whole 200 to<br />

2500 nm range.<br />

Figure 2.7 New Spectral Calibration<br />

Laboratory adjacent to the<br />

CESA-1 building<br />

2.12 Energy Testing of Building<br />

Components Laboratory (LECE)<br />

The Energy Testing of Building Components Laboratory (LECE) is another<br />

of the facilities at the PSA. This laboratory is part of the Bioclimatic Architecture<br />

R&D program of CIEMAT’s Renewable Energies Department and is managed<br />

directly by it. It participates in the PASLINK EEIG, a network of European<br />

laboratories with similar characteristics, which is of economic interest.<br />

The laboratory consists of four fully instrumented test cells for testing conventional<br />

and passive solar building components and, furthermore, makes use of<br />

the excellent infrastructure at the PSA for solar applications.<br />

The purpose of the LECE is to contribute to the knowledge on the energy<br />

quality of building elements through experiments <strong>de</strong>termining the thermal<br />

properties of closures, such as the global heat transfer coefficient, the solar<br />

gain factor or system response times. It also performs other types of tests<br />

among which are important because of the climatic conditions in Spain, with<br />

regard to ventilation phenomena. The knowledge of those properties can be<br />

used to improve building <strong>de</strong>sign for increased energy savings without loss of<br />

comfort and predicting their thermal behavior. LE high-precision time server<br />

CE activities may be classified as:<br />

• Experimental support for preparation of standards and regulations.<br />

• Experiments in the CIEMAT Bioclimatic Architecture R&D program.<br />

• Collaboration with and services for building materials and component<br />

manufacturers.<br />

Figure 2.15<br />

Views of the LECE: Cells, reference buildings and solar chimney<br />

30

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