Wind_Images
Right-click on an image to save a copy. Use Up/Down arrows on top slide to see more, or simply wait for the automatic roll-overs.
Wind Images
000
Wind Energy
Note 1-22-17 These links need checking
-
American Wind Energy Association
AWEA is a national trade association representing wind power project developers, equipment suppliers, services providers, parts manufacturers, utilities, researchers, and others involved in the wind industry - one of the world's fastest growing energy industries. -
RenewableUK (formerly British Wind Energy Association)
RenewableUK is the trade and professional body for the UK wind and marine renewables industries. -
Canadian Wind Energy Association
The Canadian Wind Energy Association (CanWEA) is a non-profit trade association that promotes the appropriate development and application of all aspects of wind energy in Canada, including the creation of a suitable policy environment. -
Danish Wind General Information
Opens the BTM Consult home page. BTM specializes in impartial and independent wind-industry research. -
Database on Wind Characteristics
The database contains four different categories of wind data: time series of wind characteristics, time series of wind turbine responses, wind resource data and wind farm data. -
Finnish Wind Power Association
FWPA creates conditions for wind energy development in Finland by mediating knowledge, participating in discussions and collaborating with authorities, organizations and the industry. -
GE Energy - Wind
Describes GE's 4.1-113 wind turbine. -
National Wind Coordinating Collaborative
The NWCC provides a neutral forum for a wide range of stakeholders to pursue the shared objective of developing environmentally, economically, and politically sustainable commercial markets for wind power in the United States. -
Risoe National Laboratory, Wind Energy and Atmospheric Physics Department
- Wind Maps fronm NC Wind Energy
-
Windustry
Windustry® promotes progressive renewable energy solutions and empowers communities to develop and own wind energy as an environmentally sustainable asset.
Wind-Related Periodicals
The New Clean Energy Economy Invests in American Jobs
Published as a Arizona Solar Center blog 2013-08-31
Employment opportunities in the energy sector are exploding. New enhanced exploration techniques have created a boom in the oil and gas fields. Jobs in this sector are projected to double by the end of the decade.
But perhaps even more promising is the boom in the clean energy field. This emerging market sector involves a number of new technologies and industries such as wind, smart grid, energy efficiency, renewable fuels, electric vehicles, natural gas vehicles, hybrids, public transportation, and more.
Solar energy is also a part of the clean energy market sector. And as the solar industry grows, so does its beneficial effect on society, such as greater energy independence, improved environmental enhancements, and positive economic impact on jobs.
Research studies and reports examining the clean energy economy over the past couple of years include analysis from a wide variety of sources: public, private and non-profit. A common theme in these studies points out that as home-grown sources of clean energy have become more cost-competitive and mainstream, they are spurring the creation of more jobs locally than traditional fossil fuels.
Despite the fact that these studies have varying estimates as to the future size of this new energy sector, one thing that is not in dispute is that clean energy generates more jobs per unit of energy delivered than fossil fuels. And in the case of solar PV, the average employment is several times more per unit of energy produced than jobs in coal, natural gas or even nuclear.
The solar industry experienced explosive job gains throughout the great recession. According to the Solar Energy Industries Association, in 2012 there were more than 281 companies at work throughout the solar value chain in Arizona, employing 9,800 people. This was more than double the number of jobs in Arizona associated with the solar sector in 2011. By contrast, the coal industry has one mining operation and 16 power plant operations throughout Arizona. Coal is the largest source of electricity for Arizona consumers. But according to the Energy Information Administration, less than 1500 people are employed in coal mining and power plants in Arizona.
Make no mistake about it -- the clean economy is real. It's going to be the biggest job creating sector in the coming decades. Currently, there are approximately 120,000 full-time, permanent jobs nationwide related to solar and 1.2 million in the entire clean energy sector.
In July of 2011, the Brookings Institute, in collaboration with Batelle's Technology Partnership Practice, released the first comprehensive national clean economy study to quantify the clean job trends in the U.S. The study found 26 percent of all clean energy jobs are in manufacturing -- substantially greater than the nine percent of manufacturing jobs that comprise the whole of U.S. economy. Because manufacturing jobs require more specialized skills and pay higher salaries, the average clean energy worker earns 13 percent more overall than the average worker.
Community colleges, technical colleges, private and public universities recognize the jobs of the future are in the clean tech sector and are beginning to implement curriculum, programs and degrees for the sustainability professions and the clean economy.
Significant policy uncertainties, however, are threatening this economic boom in clean energy. Smart policy support is critical just as it has been throughout our history for the development of many of our modern industrial sectors, from the railroads to autos to the electric utilities and the internet. Government policy, money, expertise and coordination have contributed to the development of many beneficial industries; thus a strong argument can be made that helping the solar and the clean energy sector grow helps America prosper.
The major challenge facing us as these new technologies and industries emerge is whether or not our political leaders will continue to effect policies that provide certainty for private investment in a clean energy future. There are concerns that negative political pressure from vested interest groups and their lobbyists may force politicians to pull the plug, thereby allowing solar and clean energy and its associated jobs to develop elsewhere.
As we celebrate Labor Day, we must ask ourselves: Will solar energy, born here in the USA, carry a "Made in China" label in the future? Or will we take a stand in support of American jobs and ingenuity in a new clean energy economy?
Jim Arwood
Communications Director
Arizona Solar Center
AZ Dept. of Commerce "Bright Ideas" Report on Photovoltaics - Introduction
Photovoltaics (PV) - Introduction
Throughout the history of mankind the sun has inspired worship, awe and fear. In ancient Egypt, it was the sun god Ra who held the supreme place among all deities as the giver of life. In Greek and Roman legend, the sun was a fiery chariot driven across the face of the sky.
We can only imagine how those ancient people might respond to the sight of thin, shiny rectangles harnessing the sun’s awesome energy. Even today with knowledge of scientific principles, observers are astonished by the technology of photovoltaics.
Photovoltaic cells convert sunlight directly into electricity. They have successfully powered space satellites since 1958 and now furnish electricity for a wide variety of applications on earth.
Solar-generated electricity powers water pumps, weather monitoring stations, fire watchtowers, and billboard lights, irrigation system, streetlights, boat battery chargers, and numerous other devices in Arizona and throughout the world. Glistening photovoltaic panels can easily be seen at Tucson bus stops, atop many roadside emergency telephones, and near artwork along Phoenix freeways.
Solar cells in space work in a vacuum at extremely high or extremely low temperatures while exposed to intense radiation. Other systems have been used on frozen tundra, in scorching deserts and on mountain peaks. Tougher tests for a young technology would be hard to design.
Nevertheless, photovoltaic systems have established a record of reliability and have proven cost effective for many uses. They produce no pollution in creating electricity and require no water to operate. As environmental problems escalate and solar cells costs are reduced, these systems will almost certainly play an important role in our energy future.
The remainder of the "Photovoltaics" pages are here: