Abstract The production of silicon-calcium alloy is energy intensive (> 10,000 kWh/t). This means that energy cost has a relevant influence in the price of the alloy. The utilization of concentrated solar
In this work, the novelty relies on the fact that calcium-based composites modified by transition metal elements can directly capture solar energy for storing.
We demonstrate the development of a prototype lightweight (1.5 kg/m2) tile structure capable of photovoltaic solar power capture, conversion to radio frequency power, and transmission through
These tiles are designed to produce energy by harnessing solar radiation, mechanical stress from foot traffic, and heat differentials between the top and bottom surfaces of the tile.
These tiles not only provide the basic functions of floor tiles, such as bearing capacity, pressure resistance, wear resistance, anti-slip, and waterproofing, but also convert light energy into
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In this paper it was demon-strated that it is possible to use solar energy in the production of silicon-calcium, although several questions should be further improved to in-crease the quantity and quality
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