The more cleanenergy we buy, the cleaner our environment will be, the less smog and acid rain, the less global warming and the more energy independent the United States will be.
Cleanenergy is any source of energy that is renewable and produces little to no pollution.
When a cleanenergy generator such as a wind farm produces electricity, it puts that electricity on the regional grid.
CleanEnergy from Ergon Energy is the renewable energy program that gives you a simple way to help save the environment, and help us use less of the fossil fuels that contribute to about 25% of the greenhouse gas emissions in the Earth's atmosphere.
CleanEnergy is derived from renewable energy sources like solar, wind, and biomass, and we are also interested in further pursuing the development of hydro electricity.
The 'Clean' electricity is fed into the grid along with conventional electricity, and is passed on through normal poles and wires, so you won't have to worry about the reliability of your electricity supply.
Cleanenergy includes energy efficiency and cleanenergy supply options like highly efficient combined heat and power as well as renewable energy sources.
EPA’s CleanEnergy Programs are working with state policy makers, electric and gas utilities, energy customers, and other key stakeholders.
By identifying, designing and implementing cleanenergy policy and technology solutions, we are delivering important environmental and economic benefits.
By demonstrating that renewable energy solutions are sustainable both environmentally and economically, we aim to enact federal and state policies that support renewable energy, reduce barriers to the adoption of renewable technologies, and encourage all energy purchasers to use renewables.
The UCS CleanEnergy Program has played a significant role in winning support for renewable energy in key federal energy bills and laws enacted recently in a number of states.
In 2006, we helped convince the citizens of Washington State to vote in favor of a renewable electricity standard (15 percent by 2020) as part of a cleanenergy initiative that also included conservation requirements.
Energy is a vital input to economic growth and poverty reduction.
The region’s energy needs are primarily fulfilled by fossil fuels, the increased consumption of which has negative economic and environmental impacts.
It is, however, possible to improve energy security and reduce GHG emissions by implementing energy efficiency measures and seeking alternative sources of energy without sacrificing economic growth and living standards.
Power is called "clean" when it's produced not by burning air-polluting fossil fuels like oil, gas and coal-but by tapping into clean sources such as solar, wind, waves, fuel cells and other renewable technologies.
At the Connecticut CleanEnergy Fund, we're working to foster the development of cleanenergy markets and technologies and make it easy and affordable for Connecticut citizens, businesses and other organizations to buy cleanenergy.
CCEF CleanEnergy Communities program, you are also helping your city or town qualify for a free solar electric system for a public building.
When historians look back to assess the history of cleanenergy, the first half of the 21st century's first decade will likely be viewed as the point at which the industry began its hockey-stick growth spurt.
According to Clean Edge research, markets for solar PV (modules, system components, and installation) will grow from $7.2 billion in 2004 (compared to $4.7 billion in 2003) to $39.2 billion by 2014.
As a percent of total VC investments, energy tech declined from 2.8% in 2003 to 2.6% in 2004.
Clean Energy Future by Arno Harris(Site not responding. Last check: )
That’s because early adopters of clean products—whether “dark greens” or “light greens”—respond to green messages that may have myriad semantic/historical connections to broader fringe themes that are anti-corporate, anti-global, anti-capitalist, and eco-activist.
For cleanenergy startups, I believe the best path to market is often via niche market opportunities—finding the “early adopters” who for any number reasons may be more receptive to an initial product offering and less sensitive to price.
Simply put, clean DG technology enables a company to compete effectively with utilities at the retail end of the electricity value chain where electricity is expensive and customers are hungry for alternatives.
And, you'll still have plenty of power even if the sun's not shining or the wind's not blowing.
Tap into cleanenergy - from solar, wind, water and other clean sources - that's produced now in our region.
In some cases, you don't even have to leave your current utility.
www.cleanyourair.org (72 words)
Clean Energy Portal - Home(Site not responding. Last check: )
The CANMET Energy Technology Centre - Ottawa, a division of Natural Resources Canada, is inviting companies who are export ready to join our 2006 Renewable Energy Mission to China.
This portal offers unique and extensive access to Canada's burgeoning environmental energy sector and up-to-date details on international climate change initiatives.
The CleanEnergy Portal is a repository of information related to Canadian climate change mitigation expertise and relevant Canadian or international organizations, initiatives and events.
The Northwest Energy Coalition, an environmental group, is planning a voters' initiative to mandate use of cleanenergy by Washington utilities, because while public support for a policy is strong, legislators won't pass such a law.
Energy efficiency companies employing technologies like compact fluorescent lightbulbs are the sector's largest employers and save far more energy—in effect, generate far more—than any "renewable" energy source except hydroelectricity generation.
PSE began energy acquisition planning in 2004, received 100 proposals from energy developers, and found that the best two projects were wind farms: Hopkins Ridge Wind Project in southeastern Washington's Columbia County and Wild Horse Wind Power Project in central Washington's Kittitas County.
NW Energy Coalition - Publications: Energy Activist Summer '99(Site not responding. Last check: )
Energy conservation and power produced from wind, sunlight and heat from the earth come closest to meeting our ideal definition of clean and renewable.
And while hydropower dams do produce renewable energy, many have devastating effects on salmon and other fish and wildlife which need natural, free-flowing river habitats to sustain themselves.
More widespread use means the cost of cleanenergy is falling and will continue to fall.
Building Energy Conference: Run through our Buildings Program, Building Energy is a professional conference and trade show that brings together experts in the fields of renewable energy and green building.
CleanEnergy Posters: NESEA's cleanenergy poster set (four posters in total) is designed to encourage people to shift away from fossil fuels toward cleanenergy sources.
Green Buildings Open House: Held in conjunction with the American Solar Energy Society's National Solar Tour, the Open House is an annual event in October that enables people to visit homes and other buildings throughout the Northeast that showcase renewable energy and other green building features.
The development of these cleanenergy sources would provide hundreds of long-term jobs and millions of dollars in local tax revenue.
Renewable energy development in Northern Nevada would cost roughly the same, produce the same amount of electricity and secure a clean, safe environment for all.
Developers of renewable energy don’t need to buy fuel and instead invest the vast majority of their money in capital equipment, thus increasing the long-term value of the plant and tax revenue for the county.
The American Solar Energy Society is the national society for professionals and others involved in the fields of solar energy.
On this DOE EREN site you'll find information on cleanenergy technologies and Energy Awareness Month activities; you'll be able to download or request copies of CleanEnergy publications; you'll find information about CleanEnergy supporting events and activities; and you'll find links to other "cleanenergy" related sites.
The purpose of the Renewable Energy Technologies Division at Sandia National Laboratory is to develop commercially viable energy technologies based on solar, wind, and geothermal resources that become significant domestic and international energy supplies, with a primary focus on the utility sector.
The cleanest of the new "clean coal" technologies is Integrated Gasification Combined Cycle (IGCC), a process whereby coal is gasified before combustion.
IGCC can also provide an economically efficient pathway both for the removal and storage of carbon dioxide (should such capture and sequestration be required in the United States) and for the production of hydrogen.
Although demonstration-scale coal-based IGCC powerplants have been operating successfully in the United States and Europe for several years, both regulated utilities and independent power producers have been slow to embrace the technology.
We aim at bringing together all those groups who feel the urgency of switching to cleaner, renewable energy sources to discuss possible options, and promote transition projects.
This was the message delegates heard at the opening of the European Wind Energy Conference (EWEC) in Milan, Italy, yesterday.
Columbus, Ohio (AHN) - New wind maps released Thursday by Department of Energy in conjunction with Environment Ohio reveal that Ohio has the potential to generate more than 10 percent of its electricity from wind resources captured at the height of taller windmills.