ABSTRACT
Feasibility justification of microbiotechnology implementing in an autonomous power supply system based on solid oxide fuel cells for laminar renewable energy inflow. Investigation of guaranteed power supply is based on the laws of conservation of mass, electrical engineering, electrochemistry; on the biological processes of photosynthesis and anaerobic fermentation using data obtained from simulation methods and physical modeling. The current status of autonomous power supply, industrial photobioreactors, anaerobic fermenters and fuel cell systems is considered; analysis of simulation model operation of autonomous electrotechnological energy supply based on fuel cells and alternative energy sources is made; the technological flow chart of the solid oxide fuel cell with photoanaerobic bioreactor is developed. Feasibility of using biological technology of anaerobic fermentation in power complex of autonomous energy supply systems is proved. Structural and technological schemes of autonomous power supply complex of manage objects based on fuel cells and photoanaerobic bioreactors are developed.
