Functioning Algorithm of the Stand Alone Power Supply System with Renewable Energy Sources

The tasks of increasing the efficiency of standalone power supply systems with renewable energy sources (RES) are relevant. New approaches to their solution are associated with micro-grid and virtual power plant technologies. These technologies suggest the possibility of information and energy excha...

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Bibliographic Details
Main Authors: Sosnina, Elena N., Shalukho, Andrey V., Erdili, Natalya I., Ivanov, Anton V.
Format: Conference Proceeding
Language:English
Subjects:
algorithm
Distributed power generation
Energy exchange
Graphics processing units
Microgrids
Power supplies
Renewable energy sources
virtual power plant and microgrid
Online Access:Request full text
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Summary:The tasks of increasing the efficiency of standalone power supply systems with renewable energy sources (RES) are relevant. New approaches to their solution are associated with micro-grid and virtual power plant technologies. These technologies suggest the possibility of information and energy exchange between distributed generation sources and consumers. The article is devoted to the study of a stand-alone power supply system, combining objects with RES, and the development of algorithms for its operation.The object of study is the power supply system, combining two objects. The first object is a livestock complex with a gas-piston unit on biogas. The second object is a settlement with a wind-diesel power station. The authors have developed a single-line diagram of the power supply system. The algorithm for energy exchange between energy sources and consumers has been developed. LabVIEW-model of the control system has been worked out and algorithm has been tested.
ISSN:2376-6565
DOI:10.1109/EIConRus.2019.8656908