The Downdraft Tower Harnesses Falling Air for Electricity
Amelia Roblin — October 12, 2011 — Eco
References: cleanwindenergytower & earthtechling
With wind power technology still in its youth, engineers are constantly coming up with new ways in which forceful gusts can be exploited for the sustainable generation of electricity. The Downdraft Tower supports a strategy that the mainstream wind turbines do not employ.
The Clean Wind Energy Tower scheme operates on the principle of vertical currents, influenced by the temperature and consequent weight of air molecules. This innovative cylindrical structure will continuously spray water on its top, attracting cool dry air and causing it to grow heavy. Turbines at the base will spin with the impact of 50 mph breezes, and with the supplementation of wind vanes to harness horizontal gusts as well, the Downdraft Tower would have a net output of 1,500 megawatts per hour.
The Clean Wind Energy Tower scheme operates on the principle of vertical currents, influenced by the temperature and consequent weight of air molecules. This innovative cylindrical structure will continuously spray water on its top, attracting cool dry air and causing it to grow heavy. Turbines at the base will spin with the impact of 50 mph breezes, and with the supplementation of wind vanes to harness horizontal gusts as well, the Downdraft Tower would have a net output of 1,500 megawatts per hour.
Trend Themes
1. Wind Power Innovation - The Downdraft Tower showcases a unique approach to harnessing wind power, presenting opportunities for further innovations in the field.
2. Vertical Current Technology - The use of vertical currents in the Downdraft Tower highlights the potential for advancements in the development of clean energy technologies.
3. Hybrid Wind Power Systems - Combining horizontal gusts and vertical currents in the Downdraft Tower opens up possibilities for the creation of hybrid wind power systems.
Industry Implications
1. Renewable Energy - The Downdraft Tower demonstrates disruptive potential in the renewable energy industry, offering a novel way to generate electricity using wind power.
2. Green Technology - The innovative design of the Downdraft Tower presents opportunities for disruptive innovation within the green technology sector.
3. Infrastructure Development - The implementation of Downdraft Towers in infrastructure projects could disrupt the construction industry by introducing sustainable and efficient methods of generating electricity.
4.2
Score
Popularity
Activity
Freshness
