Green Power is Blowin' in the Wind
Katie Cordrey — December 24, 2008 — Eco
42 Windspire wind turbines will silently produce power as part of a garden construction project at Quinnipiac University’s York Hill campus in Connecticut.
The sculptural towers stand about 30 feet tall and have a 2-foot radius. Each tower produces nearly 2,000 watts of power per year. A typical home would need three to meet its power usage. They go for about $5,000 each, which would put the cost recovery at close to 50 years. A number of states have tax incentives and cash reimbursement plans that offset some of the costs. There are incentives at the federal level as well. Depending upon the state in which the turbines are installed, a large portion of the cost may be refunded making this type of installation a more attractive option for home owners and small institutions.
To be completely off-the-grid however, a system with battery back-up is a good idea. It should rely on a combination of wind and solar in order to account from sunny days when the wind doesn’t blow and windy days when the sun doesn’t shine.
The video above tells more about the Mariah Power company’s vertical wind turbines.
The sculptural towers stand about 30 feet tall and have a 2-foot radius. Each tower produces nearly 2,000 watts of power per year. A typical home would need three to meet its power usage. They go for about $5,000 each, which would put the cost recovery at close to 50 years. A number of states have tax incentives and cash reimbursement plans that offset some of the costs. There are incentives at the federal level as well. Depending upon the state in which the turbines are installed, a large portion of the cost may be refunded making this type of installation a more attractive option for home owners and small institutions.
To be completely off-the-grid however, a system with battery back-up is a good idea. It should rely on a combination of wind and solar in order to account from sunny days when the wind doesn’t blow and windy days when the sun doesn’t shine.
The video above tells more about the Mariah Power company’s vertical wind turbines.
Trend Themes
1. Vertical-axis Wind Turbines for Small-scale Energy Production - Opportunities to disrupt the small-scale energy production industry by promoting the use of vertical-axis wind turbines as an affordable and eco-friendly option.
2. Battery Backup for Off-the-grid Power Systems - Disruptive innovation opportunity lies in creating affordable and sustainable battery backup systems for vertical-axis wind turbines to enable complete off-the-grid power systems.
3. Combination of Wind and Solar Energy for Maximum Sustainability - Opportunities to disrupt the renewable energy industry by promoting the use of a combination of wind and solar energy for maximum sustainability and cost-effectiveness.
Industry Implications
1. Renewable Energy - The renewable energy industry can benefit from promoting the use of affordable and eco-friendly vertical-axis wind turbines as a feasible energy production option.
2. Energy Storage - The energy storage industry can capitalize on the opportunity to disrupt the market by creating affordable and sustainable battery backup systems for vertical-axis wind turbines to enable complete off-the-grid power systems.
3. Construction and Landscaping - The construction and landscaping industry can benefit from promoting the use of vertical-axis wind turbines as a green energy option that is aesthetically pleasing and versatile.
5.5
Score
Popularity
Activity
Freshness
