Integrated Portable Device for Camping and Disaster Response

Abstract

The goal of this study was to develop an Integrated Portable Device with features such as a fan, a power bank, a flashlight, a small stove, and thermally insulated compartments. The materials used include plywood for its structure, a BMS charging circuit 12V, a lithium battery charging module board 5V 2.4A, and an 18650 lithium-ion battery holder. The device utilizes electric batteries and solar energy as its sources of power. A survey was carried out to evaluate the product in terms of size, shape, weight, durability, portability, and functionality. The study used an experimental approach for its methodology because of its accurate variable measurement and control, which ensures the reliability and validity of the findings. The results showed that the size of the product is suitable, and its weight and shape provide further security. Its durability ensures resilience against damage, protecting its contents. The device also provides easy portability, making it easy to carry along. Additionally, all its features are functional. These findings may suggest potential areas for further research or application in similar contexts, particularly regarding solar-powered Integrated Portable Devices suitable for emergency situations or travel.