Concentrating solar energy for making fuels, metals, ceramics and other chemicals.
Post author: Robyn Watson. Last update: 24/07/2015 at 2:31 pm by Robyn Watson.
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The 42kWe solar simulator when focused produces a peak flux of approximately 1mega watts or 1000 suns of energy all focused into the size of a 50mm diameter ball producing a maximum theoretical temperature of 2390K. Approximately 40,000 volts are used to form the 23mm long arc. Using only 4 of the lamps simultaneously, temperatures produced in the reactor have reached over 1200°C. Using all seven lamps simultaneously can produce temperatures exceeding 1600°C.
This facility has the following equipment:
Seven 6000 Watt metal halide lamps each close coupled to a 500mm diameter ellipsoidal reflector with a focal length of 1585mm, all commonly side focused into a hybrid solar/electric reactor. The reactor has an internal cavity dimension of 200mm diameter by 300mm long.
The facility is primarily for research but can be accessed by undergraduate engineering students through final year projects and as part of asters or PhD research programs. Industry can access this facility through collaborative research programs and contract research.
High Temperature Solar-Thermal Research Room
Swinburne University of Technology, Hawthorn Campus. Advanced Manufacturing and Design Centre (AMDC), 453-477 Burwood Road, Hawthorn, Victoria, Australia.
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