Abstract
This paper addresses a modeling methodology for visualization of a system of a hardware and software. Today, based on energy diversification, re-design of current system for supplying electric power is required. Using renewable energy sources, the electric power supplying system is supposed to be changed drastically on the system level considering economic reasonability, stability, robustness for disaster. This paper proposes a system design methodology based on modeling, simulation, evaluation, and restructuring process. A fast cycle from modeling and evaluation allows a designer to design better system. The renewable energy sources such as sun shining or wind speed easily changes according to the nature condition. In order to reflect the characteristics of renewable energy, this paper proposes a function-behavior-structure modeling method for visualization of electric power supply. Based on the FBS model, the system design and evaluation is accelerated.
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