Adaptive system with fuzzy steering temperature regime of fermentation of energy cultures in batatomodular biogas complexes
DOI:
https://doi.org/10.31548/energiya5(69).2023.100Abstract
Developing and implementing promising technologies for industrial biomethane production is a critical task today, with the goal of replacing natural gas. To achieve this on a large scale, it's necessary to develop and apply adaptive systems for controlling the fermentation processes of energy crops in multi-module biogas complexes. The aim of this research is to establish methodological foundations for building an adaptive control system that can manage the fermentation processes of energy crops in biogas plants. To achieve this, the control object's characteristics are analyzed and determined, a mathematical model of an adaptive system is developed with fuzzy temperature control in biogas plants, and digital controllers are synthesized that depend on the temperature of the substrate and operate based on fuzzy logic.
Key words: biogas, multi-module biogas complexes, adaptive control system, fermentation of energy crops, fuzzy control
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