Proposal: The Hydro Jug
Water is a phenomenon, without it we would be nothing. It provides nourishment, and cleansing abilities. Modern technology has found an alternate purpose for our beloved H2O, hydroelectricity. For example, dams are significant energy producers, especially here in British Columbia. The production of hydroelectricity utilizes a renewable energy source, water, making it attractive to consumers as well as environmentally conscious. However, for those who do not have the means or cannot support the funds for such projects, a simpler device is required. It is our mission to construct, out of common household materials, an effective hydroelectric generator.
We call it, ‘The Hydro Jug’. The majority of the global population cannot afford electricity, a luxury we take for granted. Consequently, they must adapt to dark household environments, making cooking, reading, or visual contact a challenge. The Hydro Jug combines rainfall with the force of gravity to power a light bulb. Although the generated power is limited and comparably insignificant to establishments such as Cleveland Dam, for those stuck in darkness, a simple light source plays a powerful role. Unfortunately, our product is designed to work only in wet climates, as it uses rain and drainage water to function. However, most dry areas cycle through a wet season following the hot summer months. Also, one must not forget that monsoon weather (when The Hydro Jug is used) shields the earth from light, increasing the demand for electricity.
Before one can appreciate The Hydro Jug, one must understand the engineering tactics and purpose of its design. A funnel rests upon the top of the structure; its job is to direct the water down within the Jug. A plastic water jug acts as the body, where all components are supported. A hole is cut midway down the jug to provide an opening for the turbine. The opening also leaves room for the water to escape after passing through the turbine. Plastic pedals spreading off of the turbine catch the water as it flows down the cylinder. The flowing water forces the pedals downward, spinning the mechanism in repeated 360 revolutions. A generator feeds off the movement of the turbine causing it to charge; once the battery can maintain a solid charge it will turn on the light bulb. The bulb will remain powered until the water ceases flowing. For maximum water flow, one should place The Hydro Jug beneath an eaves trough or drainage pipe.
The success of our proposed invention would provide a clean, renewable, and affordable energy source for those living in developing countries. Take a moment and imagine how your life would change without electricity. It would trigger chaos and unbalance in our lifestyles. As you can see, the development of our Hydro Jug may be a revolution in renewable energy usage, bringing the gift of light to millions.
The article below clarified an array of questionable topics, relatively and concisely; more specifically, water’s powerful potential for energy and the need for a more practical hydroelectric power harness. Common designs and structural requirements of water power plants and turbines were also important.
Attached Article:
http://expertspaceca.grolier.com/article?id=0411440-00&product_id=ea&searchTerm=water%20turbines&queryParser=Grolier_En&docKey=Li4vLi4vc2VhcmNoL2NvbnRlbnQvZWE0L3RleHQvMDU3LzA0MTE0NDAtMDAuaHRtbEBnbzI*
Citation:
Folsom, R. G. (2012). Water Power. (E. R. D. Luccia, Rev.). In Encyclopedia Americana. Retrieved December 11, 2012, from Grolier Online http://ea.grolier.com/article?id=0411440-00&product_id=ea
We call it, ‘The Hydro Jug’. The majority of the global population cannot afford electricity, a luxury we take for granted. Consequently, they must adapt to dark household environments, making cooking, reading, or visual contact a challenge. The Hydro Jug combines rainfall with the force of gravity to power a light bulb. Although the generated power is limited and comparably insignificant to establishments such as Cleveland Dam, for those stuck in darkness, a simple light source plays a powerful role. Unfortunately, our product is designed to work only in wet climates, as it uses rain and drainage water to function. However, most dry areas cycle through a wet season following the hot summer months. Also, one must not forget that monsoon weather (when The Hydro Jug is used) shields the earth from light, increasing the demand for electricity.
Before one can appreciate The Hydro Jug, one must understand the engineering tactics and purpose of its design. A funnel rests upon the top of the structure; its job is to direct the water down within the Jug. A plastic water jug acts as the body, where all components are supported. A hole is cut midway down the jug to provide an opening for the turbine. The opening also leaves room for the water to escape after passing through the turbine. Plastic pedals spreading off of the turbine catch the water as it flows down the cylinder. The flowing water forces the pedals downward, spinning the mechanism in repeated 360 revolutions. A generator feeds off the movement of the turbine causing it to charge; once the battery can maintain a solid charge it will turn on the light bulb. The bulb will remain powered until the water ceases flowing. For maximum water flow, one should place The Hydro Jug beneath an eaves trough or drainage pipe.
The success of our proposed invention would provide a clean, renewable, and affordable energy source for those living in developing countries. Take a moment and imagine how your life would change without electricity. It would trigger chaos and unbalance in our lifestyles. As you can see, the development of our Hydro Jug may be a revolution in renewable energy usage, bringing the gift of light to millions.
The article below clarified an array of questionable topics, relatively and concisely; more specifically, water’s powerful potential for energy and the need for a more practical hydroelectric power harness. Common designs and structural requirements of water power plants and turbines were also important.
Attached Article:
http://expertspaceca.grolier.com/article?id=0411440-00&product_id=ea&searchTerm=water%20turbines&queryParser=Grolier_En&docKey=Li4vLi4vc2VhcmNoL2NvbnRlbnQvZWE0L3RleHQvMDU3LzA0MTE0NDAtMDAuaHRtbEBnbzI*
Citation:
Folsom, R. G. (2012). Water Power. (E. R. D. Luccia, Rev.). In Encyclopedia Americana. Retrieved December 11, 2012, from Grolier Online http://ea.grolier.com/article?id=0411440-00&product_id=ea