Development of esp32-based electrical energy generator using teg/
Jenevivia O. Cordero, Cyrill John R. Fernandez, Ma. Kathrina V. Mutuc, Angelo H. Rasalan, and Shane Nicky B. Ruanto.--
- Manila: Technological University of the Philippines, 2025.
- xiv, 131pages: 29cm.
Bachelor's thesis
College of Industrial Technology.--
Includes bibliographic references and index.
Charging systems are prevalent in society. PV and TEG Based system inefficiency are the main predicament. The researchers aim to provide an efficient energy supply to marginalized communities by providing an alternative power source for small electrical
devices during emergencies. To address this the researchers proposed a design of a box- type electric generator and a configuration of a Peltier Module. The researchers developed
the system using the hybrid of Agile and Prototyping Methodology; it was assessed in terms of its Functionality, Efficiency, Safety, and User Acceptance and evaluated using ISO 25010:2023. Using the Likert Scale test results showed that the system functionality scale is 4.8. In terms of efficiency is 3.3, safety 3.3 with an overall average of 4.0. The hazard analysis test results are (48) Based on standard FMEA scoring, an RPN of 48 falls into a moderate risk category. Respondents evaluated the system as “Very Good” across all the criteria mentioned resulting to 4.1. It is aligned with the TUP R&D Agenda “N”-New Knowledge, etc., UN SDG Goal 7—Affordable and Clean Energy, and Goal 9—Industry, Innovation, and Infrastructure. Through the researcher’s system, it’ll provide the mentioned marginalized communities convenience and improve their quality of life.