Abstract

With the development of new energy resources, solar panels are intended to be more energy-efficient, simple to install, and adaptable to changing environmental conditions. However, not all of the aforementioned statements are accurate they comprise a variety of layers that are combined and connected to a junction box that is connected to digital batteries that measure voltages charged by light consumption

in response to environmental changes or shifts in the sun's position brought on by climate change we decided to design a new utility Solar Compass , The goal of the new utility's design is position placement control, where it is generally recommended that you place the solar panels anywhere without taking into account the damage caused by incorrect placement and the demographic house positions or location. The majority of solar panel systems perform barrier tracking, which helps track climate change and environmental changes, but this kind of information isn't presented or displayed for consumers. The main objective of our design is to improve solar performance in conjunction with better utility.

Technical Innovation: We create a new compass that solves all of the aforementioned issues without the need for a new formalization. The solar panels lack many utilities and materials that could alter the design of solar systems and aid in the improvement of future systems. Current Models: The solar panels that are currently in use lack a compass or digital positioning device; this material is unique and created by the inventor. The innovation is not copied and is newly designed taking into consideration the existing models and designs.

Creative Commons License

Creative Commons License
This work is licensed under a Creative Commons Attribution-Noncommercial-No Derivative Works 4.0 License.

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