Feasibility Study of an Aluminium-Air Powered Flashlight: Input to Sustainable Solutions for Humanitarian Missions

The researchers aimed to create innovative renewable energy solutions for rescue operations during disasters, focusing on optimizing blue energy and non-renewable sources. One key concept was the development of an aluminium-air powered flashlight. The research involved thorough evaluation procedures, highlighting the unique features that enhance the flashlight's significance. To gather in-depth insights, both qualitative and quantitative methods were used, including interviews and surveys. This helped validate market information from consumers and assess the product's viability. Additionally, the technical feasibility of the flashlight was tested, alongside a comprehensive market analysis that evaluated production resources and estimated potential financial benefits for businesses adopting this technology. Ultimately, the goal is to optimize renewable energy use in emergencies, ensuring safety and sustainability. The findings suggest that the aluminium-air powered flashlight is marketable within the Philippine business ecosystem. It is technically feasible, as all necessary manufacturing resources can be sourced locally, and it shows strong financial viability, with a projected payback period of about three years.