Registration Number
0220U101679,
0118U000228
, R & D reports
Title
Development of highly efficient methods of energy extraction from photovoltaic modules
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Head
Martynyuk Valeriy V., Доктор технічних наук
Registration Date
18-02-2020
Organization
Khmelnytskyi National University
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The object of study is the physical phenomena that underlie the optimization of the operation of photovoltaic modules, the construction of algorithms for the functioning of the system, as well as the processes of measuring and controlling the parameters of electrochemical capacitors and photovoltaic modules.
The purpose of the work is to develop high-efficiency methods and means for ensuring the operation of photoelectric modules in optimal mode by tracking the point of maximum power of photoelectric modules (PM) in the conditions of changing ambient temperature and insolation level, as well as the dynamic positioning of the working surface of the PM at an angle of 90° to the incident solar radiation.
Research methods and apparatus - theoretical and experimental method, personal computer, programmer, multimeter.
Theoretical and practical results - applied research aimed at the development of new high-efficiency and high-precision methods for MPP tracking using EC, charge-discharge AB, tracker control, providing maximum light flux and PM operation at the maximum power point under different weather conditions and will be embodied in the experiment sample project.
Novelty – are three techniques, which have been developed and combined for the first time to maximize the efficiency of solar installations by more than 40 %.
Efficiency of implementation - implementation of the developed high-efficiency methods of energy selection from PM provides greater volumes of generation of electricity of PM more than 40 %, so the long-term economic effect of using project results exceeds the costs.
Scope are solar power plants and PM manufacturing companies.
Product Description
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Ilchuk Hryhoriy A.
Boiko Yulii M.
Kosenkov Volodymyr D.
Makaryshkin Denys A.
Martynyuk Valeriy V.
Nicheporuk Andrii O.
Petrus Roman Yu.
Savenko Oleh S.
Fedula Mykola V.
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2020-04-02
