Abstract
The article considers the issues related to the development of energy technologies based on trigeneration with the use of fuel cells, which is expedient to use for additional generation of electrical energy. The possibilities of fuel cells to integrate them into traditional energy systems are shown; technological schemes using PEMFC, PAFC, and MCFC fuel cells are given. Maintaining a stable operating mode depends on temperature stability, so models of heat exchange processes are given and calculations of dynamic parameters for process stabilization under various external influences and dynamic control correction schemes are presented. The tools MatlabSimulink are used as a research tool.
Highlights
The article considers the issues related to the development of energy technologies based on trigeneration with the use of fuel cells, which is expedient to use for additional generation of electrical energy
Energy technologies belonging to the new generation should be able, in addition to providing their own high energy efficiency, should successfully "embed", integrate into the existing energy system to improve the efficiency of energy conversion and ensure a more complete controllability and operational
THEORY AND PRACTICE OF SCIENCE: KEY ASPECTS reliability. One of such new generation energy technologies are energy technologies based on fuel cells, topless cells, creating technological opportunities for successful and full productive use of energy, which previously could not be used by the technological capabilities and equipment of the "old" generation
Summary
The article considers the issues related to the development of energy technologies based on trigeneration with the use of fuel cells, which is expedient to use for additional generation of electrical energy.
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