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全球技术与优化杂志

Advanced Solar Energy and Educational Technology

Abstract

Igor Tyukhov

Photovoltaic (PV) forecast, prospects and barriers (worldwide, Russia and Indonesia) are discussed. A short review of new technologies and projects in VIESH are presented. A new technology of PV modules with life time up to 40-50 years without traditional plastic materials like EVA, Tedlar, Mylar etc. is described. New resonant electric power transmission systems for different power consumers are considered including stationary single-wire waveguide line and single-trolley and contactless high frequency electric transport. Tendencies of integrating solar energy technologies leads to higher output parameters and better service to consumers. Solar PV and PV/T (thermal) concentrator approaches based on tracking and stationary systems with bifacial solar cells are demonstrated. PVT concentrator system with vertical p-n junctions' solar cells is discussed. Advantages and technology of vertical p-n junctions' solar cells are presented. Non expensive solar energy (PV, thermal and PVT, concentrators, heliodon etc.) lab equipment and portable satellite receiver getting space images of Earth and analyzing meteorological information for educational and research purposes are described.

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