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Our online reference center and resource guide is for solar development and installation professionals who make system component design recommendations and purchasing decisions in the commercial and utility scale market.
Next Webinar Starts In:
|Date & Time (EST)||Title||Presenters|
|Wednesday, February 4, 2015
9:30am - 7:30pm
|An Introduction to NC Renewable Energy Project Development (North Carolina Sustainable Energy Association)||-|
|Wednesday, May 27, 2015
9:00am - 1:00pm
|Energy Storage Association 25th Annual Conference (Energy Storage Association)||-|
This paper examines the recent past and potential future of photovoltaic (PV) solar in terms of how it has compared with traditional generation and how, even without government subsidies, solar utility scale projects will reach a price per KWh that will be at - or less than - traditional generation, possibly as soon as 2014. Now is the time for traditional conservative thinking to re-examine the facts about solar energy and explore its potential for not only delivering more efficient and less costly power, but also for creating jobs and opportunities that jump-start economic growth. This jump-start would be possible because electricity drives... More »
The Principal Solar Institute (PSI) has launched the PSI PV Module Rating, the industry's first and only comprehensive, independent rating standard for comparing PV modules. The rating method is constructed without bias: PSI has no affiliation with any PV module manufacturer and no interest in promoting one over another. The ratings are designed to allow large-scale solar consumers to make informed, intelligent comparisons and decisions when selecting PV modules. The PSI PV Module Rating is a comparative number that can be used with pricing information to provide power plant designers, buyers and financiers with a consistent basis for choosin... More »
In the summer of 2011, Texas experienced extremely low reserve margin periods throughout the state…causing average wholesale electricity prices to skyrocket to more than twice their normal level. Given that Texas is expected to add another 14 million to its population between 2010 and 2030,1 these shortages raise alarms about the state’s ability to meet future energy demand. Success will depend upon finding the most effective way to incent the development of more capacity. Unlike many other states, Texas has had a competitive retail market for electricity since 2001, replacing the traditional cost of a service-based regulated ma... More »
Concentrated solar thermal and photovoltaic solar technologies have evolved independently for decades, and both are approaching "grid-parity" power prices in many applications today. This paper will explore the different situations where each technology succeeds or fails in today's electric power generation marketplace, specifically excluding non-electric applications such as solar hot water heating. As of 2012, PV has come to dominate all smaller-scale solar electricity applications, while retaining the majority market share even in commercial and utility-scale applications. CSP retains a strong niche at the utility-scale and in combined hea... More »
This interesting graph shows the growth of utility-scale solar PV, as compared to natural gas. Download it now to see the details. You should also register for our free live/recoreded webinar: As Coal Dims, Will Solar Shine? Perspective on a Changing Electricity Industry Thursday, August 21, 2014 2:00pm - 3:00pm CDT More »
This graph dramatically shows the extinction of coal generation in the US. Solar continues to climb. Hear more about this at a free live/recorded webinar: As Coal Dims, Will Solar Shine? Perspective on a Changing Electricity Industry Feel free to download our analysis and use it in your presentations and discussions. More »
There are surprising similarities in the way German and Texas think about their electricity markets. Both are fully deregulated and competitive. Both have large and growing amounts of wind and solar power. Both have economically-efficient “energy-only” markets, where power producers get paid for their energy, not for providing stand-by capacity. And both have questions about market structures and avoiding blackouts. Presented by The University of Texas Energy Institute, Cynthia and George Mitchell Foundation, Heinrich Böll Foundation, and CleanTX. Click the download button for more information and to register for this live ev... More »
Feed-In Tariffs: The Proven Road Not Taken... Why Not?
March 7, 2013 2:16pm
Energy Efficiency & Sustainability in Organic Food Supply
March 7, 2013 10:52am
Next Generation Vehicles: Addressing Air Quality, Fuel and Efficiency
March 7, 2013 10:51am
Interfacing with the Electrical Grid
March 8, 2012 4:05pm
Navigating Environmental and Regulatory Issues to Reduce Risk
March 7, 2013 10:44am
Shining Light on Renewable Energy in Developing Countries
March 8, 2012 4:04pm
Turning Green into Greener
March 8, 2012 4:03pm
Introduction to PSI Ratings
August 31, 2012 10:44pm
U.S. EIA Forecast for Solar
May 25, 2014 9:37am
Principal Solar Institute Power Plant Ratings
August 31, 2012 10:24pm
Webinar Q&A with Peter Lynch: Why Not? The Case for an American Feed-In Tariff
October 11, 2012 6:59pm
Mineral Issues’ Impact on Solar Energy Development in Texas and Other States
April 30, 2013 12:21am
Webinar Slides: PACE Comes To Texas
September 26, 2013 4:12pm
Principal Solar Institute Resource Guide Rate Card
October 14, 2013 11:49am
Webinar Proposal Form
November 18, 2011 11:24am
Vendors - Why Join the Principal Solar Institute?
November 18, 2011 11:28am
May 1, 2014 9:47pm
August 19, 2014 1:47pm
EIA-860 Survey Form
August 19, 2014 1:51pm
2014 SPI Poster
October 20, 2014 8:25am
How to Find the Pot of Gold: Closing the Gap between Solar Developers and Investors
November 10, 2014 2:32pm
The Spill at Dan River December 8, 2014 7:30pm
The Spill at Dan River:
Lesley Stahl reports on how Duke Energy is handling over 100 million tons of coal ash waste in North Carolina
I grew up in South Carolina with Duke as my utility and my impression was that they are well admired as a utility, community citizen, and employer. But they clearly could do better with coal ash, and I think that solar will be part of their solution.
They did a good job today of providing more information to those who want to solve the problem, and not just ye...
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A Deeper Look into Yieldco Structuring October 7, 2014 10:25am
A Deeper Look into Yieldco Structuring: Yieldcos seem to be the renewable energy financing mechanism in vogue lately. As the newest 2014 headliners, TerraForm Power and NextEra Energy attract media attention, and NRG Yield continues to exceed expectations, many industry stakeholders are asking: what is a yieldco and why is it attractive from an investment and finance perspective?
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SEIA calls for investment tax credit rethink March 28, 2014 11:29am
SEIA calls for investment tax credit rethink: The Obama administrations budget proposal allows the U.S. Investment Tax Credit (ITC) to expire on December 31, 2016. The 30% ITC will be replaced with a Production Tax Credit (PTC) equivalent to $0.022/kWh.
Fuel cell and small wind project investors will also lose out on the 30% tax redemption offered by the ITC with geothermal, microturbines and combined heat and power projects set to lose a 10% allowance under the credit, at the end of 2016.
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Solar Less Than 5¢/kWh In Austin, Texas! March 28, 2014 11:21am
Solar Less Than 5¢/kWh In Austin, Texas!: Solar power is apparently going to be sold to Austin Energy for a tiny bit less than 5¢/kWh under a new 25-year power purchase agreement (PPA) with SunEdison.
It’s from two solar power plants totaling 150-megawatts of capacity — a 350,000-panel, 100-megawatt facility; and a 150,000-panel, 50-megawatt facility nearby.
Read more at http://cleantechnica.com/2014/03/13/solar-sold-less-5%c2%a2kwh-austin-texas/#3FQ4PQOmDw7piuBw.99
This is incredible new...
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Anatomy of a Deal: 4-Cent-per-Kilowatt-Hour Solar in Palo... March 21, 2014 11:56am
Anatomy of a Deal: 4-Cent-per-Kilowatt-Hour Solar in Palo Alto
“The PPA takes advantage of the usual 30 percent investment tax credit, plus a generous five-year, 29-cent-per-kilowatt-hour performance-based incentive (PBI).”
“Rubin revealed that the project sold for $2.87 per watt and had a sub-$2.50-per-watt installed cost.”
This project was 398 kW distributed on 12 rooftops.
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