Abstract:
Technically a system which is entirely dependent only on renewable
energy sources cannot be a reliable electricity supply, especially for
isolated loads in remote areas. This because the availability of the
renewable energy sources cannot be ensured. Therefore, winds, solar PV
hybrid systems, which combine conventional and renewable sources of
energies are a better choice for isolated loads.
This thesis study the hybrid system which include wind – photovoltaic
system output during daily profile curve, the system include a back up
diesel generator to operate in case there is absence or shortage in the
output of the hybrid wind – photovoltaic system. The foundation of this
project is how to supply limited amount of power to isolated area (rural
area) using the principle of renewable energy- hybrid wind - solar system
- to generate constant voltage during the daily curve from hybrid system
(wind-PV) using useful control system for both systems.
The mathematical model for this project is developed using
MATLAB/SIMULINK.
The result of this project achieves the supply of the constant amount of
voltage from each system individually and total system, which guarantee
the settlement of the voltage.
