control system

This paper explores the evolution of wind power plant (WPP) control strategies, from simple approaches aimed at optimizing the operation of individual wind turbines to the development of more complex systems that manage WPPs as single integrated entities. Particular attention is paid to the key requirements for WPP control systems and the analysis of WPP structure, especially in the context of their integration into the overall power system. The main objectives of WPP control systems have been studied.

The article proposes the structure of a SCADA system for monitoring and control of oil production facilities that are distributed over a large area. The main emphasis is on the selection of technology that will enable effective monitoring of the equipment of each oil well. Factors such as reliability, ease of use, availability of protection against third-party interference, as well as availability and accessibility of an open-source software code were taken into account. After reviewing the most common software platforms, a system based on Prometheus and Grafana was selected.

This paper is devoted to the research of the important issue of increasing the efficiency and optimization of microclimate management processes in residential premises. The purpose of this study is to create an automated system for accurate setting and control of the main parameters of the microclimate in the room, which will make it possible to increase comfort and energy efficiency. To achieve the task, the Arduino platform is used, which is an open hardware and software system with a wide range of opportunities for developing embedded systems.

This paper presents a test platform paradigm for underwater dynamics measurement. The platform aims to ad- dress the limitations of current measurement techniques and provide a comprehensive understanding of underwater dynamics. The proposed platform incorporates advanced control systems and compensation techniques to improve the accuracy and reliability of measurements. The effectiveness of the platform is demonstrated through experimental results, showing improved performance compared to existing methods.

Розглянуто основні поняття безпеки життєдіяльності міста, особливості управління безпекою, постановка задачі управління безпекою міста, фактори впливу на безпкеку міста та наслідки цього впливу, проаналізовано зв”язок факторів впливу та наслідків для типових об”єктів та систем міського середовища.

Обоснована возможность применения системных методов реконфигурации управляющих поверхностей для возобновления управляемости и устойчивости самолета в условиях внезапного возникновения особой ситуации в полете. Приведена структурная и функциональная схема предложенной реконфигурируемой системы управления.

Запропоновано метод структурного синтезу регулятора для збереження керова- ності та стійкості літака в умовах нештатної ситуації під час польоту.

The method of structural synthesis of regulator for maintenance controllability and stability of the airplane in the unmoral conditions is offered in the article.

The synthesis of the structure of the automatic control system of direct current motors is carried out, and the methodology of the study of the duration of the transient process during the control of the direct current motor is presented. A study of the influence of the regulator parameters on the duration of the transition process was carried out, which allowed to choose the optimal ones for the criterion of the minimum duration of the transition process

The article presents modern schemes for the organization of wind-solar power supply systems. Available approaches to managing the energy-dynamic process of operation of wind power plants as part of hybrid power supply systems are given, and modern research on this topic is given. The results of the development of a mathematical model of the energy-dynamic processes of the hybrid wind-solar power supply system, which includes wind power plants, solar panels, and a battery energy storage system. The universal structural diagram of such a system is substantiated.

The article develops a method of controlling a group of unmanned aerial vehicles to search for and destroy enemy objects.  The method is to recognize situations and adjust the actions of the group according to it.  The basis of the method is the use of an intelligent decision support system.  It provides situation recognition, using image recognition materials (intelligence materials), generalization of the obtained information and its comparison with the elements of the set of descriptions of typical situations.  The method of controlling a group of unmanned aerial vehicles to search for a