The clean energy provided by the solar array will result in 1,810,000 fewer pounds of carbon dioxide being emitted annually, while reducing the University's energy costs by 30%.
To become a smart city requires a comprehensive city-wide sustainability plan, strong leadership from local authorities, effective public/private partnerships and enthusiastic buy-in from citizens with several EU funding opportunities there to help out along the way.
The SolarTie System was designed to lower the Levelized Cost of Electricity (LCOE) for utility-scale solar power plants. A great deal of attention is being given to reducing the LCOE, which defines how much the energy produced really costs.
News Announcements from SPI 2011
By measuring and monitoring solar thermal system performance, installers can correct mistakes and fine-tune and optimize systems. As a result, US consumers are likely to regain confidence in the technology, spurring what is expected to be a burgeoning market for solar hot water heaters.
MicroCSP power projects all include sun tracker and thermal storage. The cost is around the same as PV but you generate more electricity per day because of the tracker/storage combination so you have a lower cost of energy.
Recent advances in materials science have led to the development of innovative new materials that provide enhanced durability to photovoltaic modules. Unique polymeric thin film technologies, such as ethylene-tetrafluoroethylene (ETFE) frontsheets, provide modules with the protection they need to perform at high levels even when exposed to the elements.
Research has shown that LEED buildings consume over 25% less energy, have 13% lower maintenance costs, 27% higher occupant satisfaction and a 33% reduction in GHG emissions compared to the average commercial building.
Bard College and Hawthorne Ridge Retirement Community are two examples of down to earth solar energy projects that make a difference.
Solar Power International 2011 took place in Dallas, Texas, with a goal to generate powerful new ideas, connections and business opportunities for the solar industry. An estimated 24,000 professionals and over 1200 exhibitors from businesses spanning the entire spectrum of the industry will be on hand for four days of product exploration, discussion, professional enrichment and networking. The AltEnergyMag team has taken some time to put together a list of some of the interesting new products and services seen at this year's show.
Many of the cutting edge thin-film technologies require rare elements that are a finite resource already in short supply. There simply is not enough material on the planet to make these devices for worldwide consumption.
Under the terms of a solar PPA, a solar services provider installs solar equipment at a host business, government site, university, or other organization, and the host agrees to buy the solar electricity generated by the system for a fixed price and term, usually 5-20 years.
I wrote this article for HomeToys.com, our Home Technology website but it applies to Alternative Energy as well. It's not enough to monitor our energy use. We don't really care about that unless it does something to change our lives or save us money. So, let's put a solar system on the roof. Now that can do both of these things and should attract our attention. But let's take it a step further. With that solar system there is a new variable in the mix --- FREE CLEAN ENERGY. What can and should we do with it.
The Denver recently reported the NREL was going to lay off 10 percent of its employees. It took about two light seconds for a popular Washington D.C. news site to pronounce the layoff a "scandal," because NREL had taken federal stimulus money. That is silly. NREL, of course, is where the Department of Energy tests and develops new materials and techniques for solar, wind and other kinds of energy.
Harvest uses a platform of technologies - including advanced composting, anaerobic digestion, and material recovery - to harness the full carbon, energy and nutrient value from discarded organic materials.
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The Iron Edison Lithium Iron solar battery is fully compatible with popular battery-based inverters and is housed inside a rugged steel enclosure with integrated Battery Management System. Standard capacities range from 2 kWh to 42 kWh, with custom high-capacity and high-voltage models available for commercial applications like peak load shaving and UPS. The battery is designed and assembled at the company's headquarters just outside of Denver, Colorado. The Iron Edison Lithium Iron battery is an ideal replacement for lead-acid battery, with longer cycle life, smaller footprint, and maintenance-free operation. Residential applications include solar battery backup, grid-zero and off-grid energy storage. Commercial applications include high voltage battery backup, off-grid telecommunications power and peak load shaving. If you have any questions, please call us at 720-432-6433. We are happy to help!