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STEM 12 A Capstone Projects: Sustainable Energy Solutions, Assignments of Environmental science

Environmental science

Five sustainable energy projects proposed by stem 12 a members, including an eco-friendly charging station, sustainable urban street lighting system, portable water purification system, solar charging benches, and a portable bidet. The projects aim to reduce reliance on conventional energy sources, minimize environmental impact, and demonstrate the feasibility of energy in everyday applications.

Typology: Assignments

2023/2024

Uploaded on 01/31/2024

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January 15, 2023 | STEM 12 A
Members: Abriol, Andaya, Argueza, Diesta, Gasingan, Gonzales
Proposed Product #1: Energy-Powered Eco-Friendly Charging Station
Purpose:
1. Develop a charging station for electronic devices powered by Mya Energy to reduce reliance
on conventional energy sources.
2. Create an accessible and sustainable solution for charging devices while minimizing
environmental impact.
3. Demonstrate the feasibility of Energy in everyday, eco-friendly applications.
Details:
The Energy-Powered Eco-Friendly Charging Station is designed to provide a sustainable and
convenient solution for charging electronic devices. The charging station will incorporate Mya
Energy harvesting technology, capturing energy from solar, thermal, and kinetic sources. The
stored energy will be used to charge electronic devices, offering a practical and eco-friendly
alternative to conventional charging methods. The project will delve into the physics of energy
conversion and explore efficient storage mechanisms to optimize energy utilization. This
capstone aims to demonstrate the real-world applicability of energy in everyday scenarios,
emphasizing its role in reducing environmental impact. By creating an energy-powered charging
station, the project seeks to contribute to sustainable practices and inspire the adoption of eco-
friendly energy solutions in public spaces and households alike.
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Members: Abriol, Andaya, Argueza, Diesta, Gasingan, Gonzales Proposed Product #1: Energy-Powered Eco-Friendly Charging Station Purpose:

  1. Develop a charging station for electronic devices powered by Mya Energy to reduce reliance on conventional energy sources.
  2. Create an accessible and sustainable solution for charging devices while minimizing environmental impact.
  3. Demonstrate the feasibility of Energy in everyday, eco-friendly applications. Details: The Energy-Powered Eco-Friendly Charging Station is designed to provide a sustainable and convenient solution for charging electronic devices. The charging station will incorporate Mya Energy harvesting technology, capturing energy from solar, thermal, and kinetic sources. The stored energy will be used to charge electronic devices, offering a practical and eco-friendly alternative to conventional charging methods. The project will delve into the physics of energy conversion and explore efficient storage mechanisms to optimize energy utilization. This capstone aims to demonstrate the real-world applicability of energy in everyday scenarios, emphasizing its role in reducing environmental impact. By creating an energy-powered charging station, the project seeks to contribute to sustainable practices and inspire the adoption of eco- friendly energy solutions in public spaces and households alike.

Members: Abriol, Andaya, Argueza, Diesta, Gasingan, Gonzales Proposed Product #2: Sustainable Urban Street Lighting System Purpose:

  1. Implement an eco-friendly street lighting system powered by renewable energy sources.
  2. Reduce carbon footprint by replacing traditional streetlights with an energy-efficient alternative.
  3. Showcase the feasibility of sustainable energy solutions in urban infrastructure. Details: The Sustainable Urban Street Lighting System aims to revolutionize public lighting by harnessing eco-friendly energy sources. The system will utilize a combination of solar panels, wind turbines, and energy storage units to power LED streetlights. Through efficient energy management, the project aims to provide consistent and reliable lighting while significantly reducing the environmental impact associated with traditional street lighting. The physics of energy conversion and storage will be explored to optimize the overall sustainability of the system. This capstone project seeks to contribute to creating more sustainable and energy-efficient urban environments. By demonstrating the practicality of eco-friendly street lighting, it encourages the adoption of renewable energy solutions in public infrastructure, aligning with the global push towards greener and more sustainable practices.

Members: Abriol, Andaya, Argueza, Diesta, Gasingan, Gonzales Proposed Product #3: Mya Energy-Powered Portable Water Purification System Purpose:

  1. Develop a compact, eco-friendly water purification system powered by Mya Energy for off-grid communities.
  2. Address clean water accessibility in remote areas by utilizing sustainable energy sources.
  3. Showcase the potential of Mya Energy in providing essential services with minimal environmental impact. Details: The Mya Energy-Powered Portable Water Purification System is designed to bring sustainable clean water solutions to off-grid communities. The system integrates Mya Energy harvesting technology, utilizing solar and kinetic sources to power a portable water purification unit. This self-contained system aims to provide an independent and renewable energy source for water purification, contributing to the well-being of communities in remote areas. The project will delve into the physics of energy conversion and explore the optimization of Mya Energy for consistent water purification. This capstone seeks to make a tangible impact by addressing water accessibility challenges in a sustainable manner. By combining Mya Energy with water purification technology, the project aims to demonstrate the potential of eco-friendly energy sources in improving living conditions for communities in need.

Members: Abriol, Andaya, Argueza, Diesta, Gasingan, Gonzales Proposed Product #5: Portable Bidet Purpose:

  1. Enhance accessibility to Personal Hygiene and Comfort.
  2. Embrace Sustainability and Environmental Consciousness.
  3. Promote Confidence and Independence.nar Details: This portable bidet, a beacon of modern hygiene, empowers individuals to prioritize personal well-being and environmental consciousness on the go. Transcending limitations, it offers a gentle, thorough clean, replacing unreliable public facilities and minimizing paper waste. Discreet and travel-friendly, it accompanies globetrotters, nature enthusiasts, and health-conscious individuals alike, ensuring a refreshing and empowering toileting experience, anywhere, anytime. The proposed portable bidet addresses a growing demand for convenient, hygienic, and environmentally conscious toileting solutions. This innovative device will empower users to maintain exceptional personal hygiene regardless of location, offering a refreshing alternative to traditional toilet paper and unreliable public restrooms. Its compact design and durable construction will enable seamless integration into travel plans and daily routines, minimizing environmental impact through reduced paper waste. By utilizing a gentle, adjustable water spray, the portable bidet promises a thorough and comfortable clean, catering to diverse needs and sensitivities. In essence, this research proposes the development of a transformative toileting tool poised to revolutionize personal hygiene on the go.