FIELD: photovoltaics.
SUBSTANCE: in specific embodiments of the invention, the particles (100) are printed to form sections on the substrate (300). Each region of the substrate surface has a section with particles (102) subjected to reduction treatment, and a section with particles (103) subjected to oxidation treatment, while these sections have photovoltaic activity of the opposite polarity. The sections can be connected in series via overhead contacts (400) and the exact sum of the potentials, depending on the luminous intensity, can be measured using a photovoltaic measurement device (500).
EFFECT: invention provides a reliable photovoltaic function for a long service life, which is achieved due to the process of reaction conditioning of inorganic particles during printing at room temperature, which provides precise control of photovoltaic activity, gives a kinetically controlled reaction product even when using starting materials of technical purity of about 97%.
10 cl, 11 dwg
