A Review on Balancing Dynamic Load with Adaptive Power System for the Dc Motor Control

Abstract

A DC motor is any of a class of electrical machines that converts direct current electrical power into mechanical power. A new Adaptive Power System (APS) is used to mitigate the negative impacts levied on the platforms resulting from large dynamic loads is proposed in this paper. The Navy’s future and near-term high-energy sensors and energy weapons will consume a large portion of the resources of the intended ship platform. The APS has used to maintain generator/prime-mover reliability, and also it is used to improve sensor/weapon performance or improve metrics such as system weight, cooling demands, and ship fueling costs. Many of these new systems will have extreme dynamic power profiles, including both periodic and a periodic characteristics. Here we are using dc motor because it has several advantages. Such as, Speed control over a wide range both above and below the rated speed High starting torque, Accurate steep less speed with constant torque etc. The APS design is presented along with simulation results verifying the concept. By using the simulation results we can analyze the proposed method.