An iot-based renewable energy monitoring system
Jobo, Joey S.
An iot-based renewable energy monitoring system Joey S. Jobo, Cyien Einsten B. Lacuarta, Nicole Chanel C. Maningo, Jericho Amyl Nambio, and Clark Jerald I. Parco.-- - viii, 96pages: 29cm.
Bachelor's thesis
College of Industrial Technology.--
Includes bibliographic references and index.
With the use of technology being essential in modern times, its consumption of
electricity has increased drastically. Cost also goes unnoticed until it is due, which is
calculated and measured monthly. The utilization of renewable energy solves this, as
with the right conditions, sustainability will not be a problem. This study is developed
to apply the advantages of renewable energy into use to daily life such as charging
electronic devices, batteries, and more. It combines three (3) renewable energy source
accumulators, with the implementation of internet-of-things, into a single integrated
mechanism, namely solar, wind, and hydro, to ensure the constant collection of energy
at any given time. The study’s prototype is located in Barangay 183, Pasay City, and is
aligned with UN-SDG#11 (Sustainable Cities and Communities), promoting
environmental conservation by showcasing the capabilities of sustainability, making a
significant step towards the implementation of renewable energy solutions in rural
areas.
Solar energy
Monitoring system
Charging station
BTH QA 76.9 / 563 2025
An iot-based renewable energy monitoring system Joey S. Jobo, Cyien Einsten B. Lacuarta, Nicole Chanel C. Maningo, Jericho Amyl Nambio, and Clark Jerald I. Parco.-- - viii, 96pages: 29cm.
Bachelor's thesis
College of Industrial Technology.--
Includes bibliographic references and index.
With the use of technology being essential in modern times, its consumption of
electricity has increased drastically. Cost also goes unnoticed until it is due, which is
calculated and measured monthly. The utilization of renewable energy solves this, as
with the right conditions, sustainability will not be a problem. This study is developed
to apply the advantages of renewable energy into use to daily life such as charging
electronic devices, batteries, and more. It combines three (3) renewable energy source
accumulators, with the implementation of internet-of-things, into a single integrated
mechanism, namely solar, wind, and hydro, to ensure the constant collection of energy
at any given time. The study’s prototype is located in Barangay 183, Pasay City, and is
aligned with UN-SDG#11 (Sustainable Cities and Communities), promoting
environmental conservation by showcasing the capabilities of sustainability, making a
significant step towards the implementation of renewable energy solutions in rural
areas.
Solar energy
Monitoring system
Charging station
BTH QA 76.9 / 563 2025