Optimization of hybrid wind-diesel-battery energy system for remote areas of Malaysia

摘要

A high level of individuals on the planet is living in decentralized, rustic and remote territories which are topographically detached from lattice association. Power dissemination and consistent fuel transportation to create electrical vitality for these regions represent an awesome test. A savvy lattice mixture vitality framework has been outlined and mimicked to help a little group considering a normal load request of 72 kWh/d and a pinnacle heap of 7 kW. The recreation and enhancement procedure of the cross breed vitality framework, with the thought of meteorological information, have been finished by HOMER Software. Reenactment comes about demonstrate that the proposed framework is financially and ecologically doable, and that the Net Present Cost (NPC) and in addition CO₂ outflow are diminished by around 74% and 92% separately every year contrasted with customary power plants. The NPC of the streamlined framework has been observed to be about US$ 76,901 with the Cost of Energy (COE) of about US$ 0.198/kWh. This upgraded mixture vitality framework will be pertinent for every single other area on the planet with comparative meteorological and natural conditions.