| Abstract |
Optimization of the solar system seems to be one of the biggest challenges to
harness maximum solar radiation energy from the sun. The solar system
generates and charging the battery based on the quantity of radiation absorbs
by the solar panel. Since the amount of sunlight and the shading effect
change by the hour, a plan to maximize the amount of sunlight and minimize
the shading effects to reduce power loss and increase the electricity
generation must be established. The static solar panel may have limitation to
allow maximum charging capability and absorb the highest amount of
radiation to the solar panel. Besides, charging the solar battery typically
requires longer time due to the limitation monitoring the solar system involve a
manual mode that not user-friendly and commonly conducted by a manual
system that not user-friendly. This product aims to develop a solar system that
continuously generates electric for various applications; whist discovers a
solar system that reducing the time to generate electricity. The novelty found
on this product by the usage of the flexible movement solar panel and a
mobile monitoring system of the tracker. The usefulness of this product can
be such as the ease of monitoring system (by using mobile application), a
shorter time to fully charge the solar battery for specific usage and the
optimization the capacity of sunlight absorption of the PV panel due to the
flexibility of the panel (up to 40%). For commercialization this product can be
used in large and various appliances and industrial specification for the local
authority, public and private sectors, as well as for the PV manufacturing
company or supplier. |