Dynamics of a solar-powered fractional horse power motor

A photovoltaic (PV) power system provides an effective method of power generation, this is particularly relevant to developing countries, where the demographics show that the majority of the population are settled in remote and isolated settlements. The problem with these settlements is that they generally have no access to the electric grid and often lack basic infrastructure. Technological developments such as the photo-voltaic power system has brought a lot of relief which helps to alleviate the energy problems experienced by the developing communities, as these systems are easy to install, low maintenance, modular and cost effective with regards to energy generation. This paper provides the analysis of the steady-state performance and dynamics of the photovoltaic fuel generator (PVFC) for localized load management in standalone systems. The results obtained for the dynamic and steady state characteristics are presented and discussed. Photovoltaic systems have been employed in driving different types of load, such as direct current motors; therefore understanding the system operation and matching of the system components for a particular PV system and load type are important factors in system design.