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Feasibility of Aero-Hydro Generator

Author

Listed:
  • Jane Antoneth D. Palma

    (Researchers, San Agustin National High School)

  • Divine Mae P. Añasco

    (Researchers, San Agustin National High School)

  • Joselito Y. Bulabos

    (Researchers, San Agustin National High School)

  • Scarlett Claire A. Buscato

    (Researchers, San Agustin National High School)

  • Brent Lee C. Delfino

    (Researchers, San Agustin National High School)

  • John Carlo C. Divinagracia

    (Researchers, San Agustin National High School)

  • Jeian B. Doblado

    (Researchers, San Agustin National High School)

  • Baby Faith S. Juson

    (Researchers, San Agustin National High School)

  • Junel Benedict F. Niñeza

    (Researchers, San Agustin National High School)

Abstract

This study investigated the feasibility of Aero-Hydro Generator as a dual system for atmospheric water harvesting and small scale renewable energy generation. Using a research and Development (R&D) approach guided by Engineering Development Model (EDM), a prototype combining mist collection, micro-hydrogenerator, and Arduino -based automation was designed , constructed, and tested in San Agustin, Sagbayan, Bohol. Descriptive statistics (mean, confidence interval and standard deviation) were used to assess performance in water efficiency and power output. Based on the results, the prototype achieved acceptable water efficiency but produced power output was low. Although the prototype has power generation limitations, the results demonstrate functional stability and potential to be a water harvesting system and alternative renewable energy source for rural communities.

Suggested Citation

  • Jane Antoneth D. Palma & Divine Mae P. Añasco & Joselito Y. Bulabos & Scarlett Claire A. Buscato & Brent Lee C. Delfino & John Carlo C. Divinagracia & Jeian B. Doblado & Baby Faith S. Juson & Junel B, 2026. "Feasibility of Aero-Hydro Generator," International Journal of Research and Innovation in Applied Science, International Journal of Research and Innovation in Applied Science (IJRIAS), vol. 11(2), pages 597-604, February.
    • Handle: RePEc:bjf:journl:v:11:y:2026:i:2:p:597-604
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