Ventus Ciencia Experimental, S.L. - Solar power monitoring systems
Ref. 13746
Basic equipment of batteries fuel: method of learning of the process of electricity generated by a photovoltaic signpost
With this team the student will study the following process: the electricity generated by a photovoltaic signpost is supplied to an electrolytic cell to dissociate the water in hydrogen and oxygen. These two gases are entered in a battery of fuel type PEM (membrane of exchange of protons) in where the reaction generates water and electricity to a high performance. Some of the experiments that realise are: Characteristics of solar cells. Characteristic curves and efficiency of electrolytic cells and batteries of fuel. 1ª law of Faraday, efficiency of Faraday and energetic efficiency. Reaction 2H2 + Or2 <----> 2H2Or + Power, connection of batteries in series and in parallel, the battery of methanol, etc.
Components: solar signpost, electrolizador PEM, battery of fuel PEM, box of measurement with loads (ammeter, voltmeter, variable resistances, lamp and engine), chronometer, game of cables, manual of instructions/experiments and case of conservation with gaps of dim. 425x301x155 mm. Incidentally it requires water distilled for the electrolizador and the Sun or a focus halógeno (p. ejem. ref. 13547) to feed the photovoltaic signpost.
Components: solar signpost, electrolizador PEM, battery of fuel PEM, box of measurement with loads (ammeter, voltmeter, variable resistances, lamp and engine), chronometer, game of cables, manual of instructions/experiments and case of conservation with gaps of dim. 425x301x155 mm. Incidentally it requires water distilled for the electrolizador and the Sun or a focus halógeno (p. ejem. ref. 13547) to feed the photovoltaic signpost.
