EuroSun2008-2

Design of the developed Mini-Mirror Array (MMA)

In a still running project such an alternative heliostat design was developed in cooperation between SIJ, IZM and DLR. The resulted design (fig. 3) of a longer development time consists, instead of the typical huge construction with large mirrors, of an array of numerous small parallel arranged mirrors.

The array has a filigree movement system with a cost-effective design and it is driven by small actua­tors that are adjustable by computer program on a linked pc. This mirror array is imbedded in a box with a transparency cover and a plane design to guarantee low wind loads.

Fig. 3. (Left side) Sketch of the first realised test version of the MMA with the parallel mirror array affiliated with each other

by an agile, crossed stick stage for movement.

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Fig. 4.: (Right side): A model of the mechanical system that interlinks and moves the mini-mirrors.

The first built test device (see figure 4, and 5) of the newly developed MMA has a reduced number of only 25 small mirrors (around (10 x 10)cm) to keep the heliostat at a suitable size. The mirrors are made of light, thin glass (thickness 2mm) and placed in an adequately large box of (60 x 60)cm to en­sure a free movement in all directions. Future MMAs could be around (2 x 2)m with several hundred mirrors. The box is covered with a highly transparent solar glass generally for photovoltaic modules and the glass has a special coating reducing reflection losses of the sunlight.

EuroSun2008-2

Validation of the library components

The validation of the models is necessary to ensure that the calculated results are valid. Furthermore it is to proof what differences consist due to the assumptions made in the …

Solar industrial process heat plants in operation

Data gathered in the framework of the IEA Task 33/IV include comprehensive information about the geographical distribution of the solar thermal plants, the industrial sectors addressed, the specific processes, the …

Experimental Investigations On Solar Driven Desalination Systems Using Membrane Distillation

J. Koschikowski*, M. Wieghaus*, M. Rommel*, Vicente Subiela Ortin**, Baltasar Penate Suarez**, Juana Rosa Betancort Rodriguez** * Fraunhofer Institute for Solar Energy Systems ISEHeidenhofstr.2,79110 Freiburg, GermanyTel +49-761-4588-5294Fax +49-761-4588-9000email ioako@ise. fhg. …

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