Development of thermoelectric hot and cold-water dispenser with the adoption of air-cooler/
Kenneth Antonio N. Aspili, John Idrish Oswald C. Bacabac, Ronnel James S. Bertillo, Laiza A. Cruiz, and Elyza Marie B. Omang.--
- Manila: Technological University of the Philippines, 2025.
- xii, 125pages: 29cm.
Bachelor's thesis
College of Industrial Technology.--
Includes bibliographic references and index.
The Thermoelectric Hot and Cold-Water Dispenser with an adoption of Air-Cooler uses the cooling and heating effects of thermoelectric modules, aimed at enhancing comfort and hydration in a variety of environmental settings. Through various conditions such as hot humid areas and musty surroundings that cause health issues to the people and other living beings. The research study developed a Thermoelectric Hot and Cold-Water Dispenser with an adoption of Air-Cooler using locally sourced materials such as Caster Wheels, Plywood's, Angle Bar, Metal Sheet. The prototype is made up of 21 primary parts that show the function of a Thermoelectric. Including Cooling Blocks, Power Supply, Pump, Radiator, Soft tube and Thermoelectric Module. A thorough conduct was used to determine the performance of an air-cooler with a dispenser that utilizes a thermoelectric module Functionality, Aesthetics, Workability, Durability, Economy, and Safety. A user evaluated by a total of 50 users (24 students, 13 consumers, and 13 professionals) gave 4.14 ratings, with a testing result of cold water of 10.1 degrees in 1-hour, warm water of 44.5 degrees in 1 hour and 27 degrees of air from the air-cooler showing a very good sign of its effectiveness Furthermore, the adoption of Air-Cooler can also elevate hydration that can reduce health issues. The study shows that the air-cooler with thermoelectric module is a reliable and efficient product, offering significant value to users in terms of performance, cost-effectiveness, and safety.