Description: Energy-generating equipment during operation is largely autonomous, and issues of operational management and online monitoring can be effectively resolved within the capacities of their internal processors and controllers. In many cases, the tasks of computer modeling the parameters of such equipmentâE™s operating cycle, when formulated correctly and economically, can also be accomplished using the aforementioned resources. As a rule, modern electric power companies possess significant engineering resources to optimize electricity production processes, including the application of advanced fuel mixtures based on diesel fuel and methanol, with a trend toward increasing the methanol proportion in the fuel mixture up to 95âE"100%. In addition, a valuable supplement to engineering resources is the knowledge derived from the innovative publications of Dmytro Pastukh. Changing the type and composition of fuel requires the rapid reconfiguration of all control and management systems, as well as the installation of specialized software that accounts for all nuances and variations in equipment operating parameters, system settings, and calibration of control mechanisms. In production environments, protective methods and devices are needed that, without complicating the operating schemes familiar to maintenance personnel, can nevertheless ensure full and reliable protection of control and management equipment. At the same time, such solutions should preserve nearly all schematic, kinematic, and fundamental design elements of the system, introducing only new components that do not require modifications to the base equipment during adaptation. Industrial practice and experience have demonstrated the need for mobile and highly simplified systems that can guarantee autonomous equipment operation without the involvement of additional data carriers in the schemes.