Relevance of the work is caused by the need to develop new highly effective systems pointing solar batteries to the Sun.Objective: development of two-coordinate guidance system of solar panels to the sun for photovoltaic power plants to provide the desired pointing accuracy and energy consumption minimization using a guidance system valve engines.Research methods are based on the general theory of automatic control, electric theory, computational methods, and the use of modern instrumentation systems.
Results: The author has proposed to use in photovoltaic power station in the system of pointing solar battery to the Sun the two-axis actuator containing two valve deus gorras engines of DBM series, microprocessor system of controlling transistor converters, adaptive control loop, constructed on the principle of the system with reference model and signal self-tuning with the introduction of two derivatives for setting electric drive current to a controller input.The author has developed for photovoltaic power station the controller of pointing to the Sun and a block of sensors of the Sun position provide guidance of mechanical frame with solar battery to the Sun with an accuracy of 1 degree.When position moving motovox scooter parts in the electric drive the asymmetric positioning mode with limited rotation speed, acceleration, deceleration and jerk valve engine is arranged.