Development of Rain Collector, Hybrid Generator and Household Water Source

Jairus John  T. Clarianes,

Development of Rain Collector, Hybrid Generator and Household Water Source

Abstract:

The Rain Collector, Hybrid Generator and Household Water Source was developed as an affordable and sustainable energy source, designed to reduce the cost of electricity and fuel, promote green energy generation, and enhance the standard of living for people in the island province of Catanduanes. This study designed, developed, and evaluated the effectiveness of the system, which comprises of a rain barrel collector, hybrid generator, and household water source using the DOST Technology Assessment Protocol (TAP–TEEPS). The system was designed to utilize direct current and alternating current voltages to ensure safety and convenience for end-users. The research methodology used involved both descriptive and developmental research methods, using survey questionnaires, documentary analysis, and interviews as primary data gathering tools. The study found that the system could be used for emergency purposes, including collecting water, generating electricity, and watering plants. It provides an alternative source of electricity for appliances and gadgets commonly used during and after typhoons. Additionally, the system complies with the DOST-TEEPS for utility model, making it suitable for use by the target end-users. Overall, it was successfully developed and received high acceptance from a group of expert evaluators who assessed the project.

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