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NREL Project Shows Solar Installations Over Time: Underlines Role of State Incentives October 8, 2012

Posted by Laura Arnold in Feed-in Tariffs (FiT), Indiana Utility Regulatory Commission (IURC), IPL Rate REP, Northern Indiana Public Service Company (NIPSCO), Uncategorized.
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Dear IndianaDG Readers:

I have learned recently that many solar PV advocates were unaware of the National Renewable Energy Laboratory (NREL) Open PV Project. In particular, the self-reported data on solar PV installations in Indiana today (10/08/2012) shows:

  • Indiana Total Results: 222 solar PV installations
  • Indiana Solar PV Cost/Watt: $9.37
  • Capacity (MW): 3.74 MWs

With the flurry of Interconnection Applications in Indiana to use both IPL’s Rate REP feed-in tariff and the NIPSCO feed-in tariff we can expect the total MW’s of solar PV installed to skyrocket in the next year. For example, an IPL customer will have 12 months from the approval of their Rate REP contract by the Indiana Utility Regulatory Commission (IURC) to actually install and connect their project to the grid. Given that IPL’s Rate REP program expires March 30, 2013, we will not completely see all the results of the IPL pilot program until March 30, 2014.

Many of us who have reviewed the Open PV Project data reported on the NREL website believe there is under reporting of solar PV installations here in Indiana. This project depends entirely on voluntary reporting so please help us to increase awareness of this website and to encourage everyone to report their installations.

In the meantime, I hope you find the following article from the SRECtrade Blog interesting. I encourage your questions and comments on how we can continue to promote solar PV and other distributed generation technology installations here in Indiana.

One idea is to expand the concept of the NREL Open PV Project to include solar thermal, passive solar, geothermal and CHP installations throughout the State of Indiana. Such a comprehensive listing of renewable energy projects and distributed generation would certainly increase the understanding of the extent and importance of these energy technologies in our state.

I plan to devote more attention to this project in future blog posts and in other on-line forums via Twitter, Facebook and LinkedIn. Will you help?

Laura Ann Arnold, Laura.Arnold@IndianaDG.net


Original Article: http://www.srectrade.com/blog/

October 4th, 2012

At SRECTrade we spend most of our time thinking about SRECs and how to effectively manage their creation and sale. We deal with a relatively abstract concept and are sometimes left wondering after a particularly long day of answering client questions and crunching data sets, what all of this stuff means on the ground. That’s why we really like the National Renewable Energy Laboratory’s (NREL) Open PV  Project, in particular the Solar PV Installations Over Time graphic that they’ve produced.   NREL shows PV installations from 2000 to 2012 by intensity (presumably driven by capacity installed) and location. The visualization is fascinating because it can be read as a story about the growth of the US solar industry over the last decade from both a policy and resource perspective.   Solar is concentrated around population centers where it’s needed most  The distributed, non-centralized aspects of solar are much discussed.  Solar can be deployed right at the load on a home or business without the adverse environmental impact of doing the same thing with say a coal-fired power plant. The NREL visualization proves the distributed nature of solar  in practice at a national level. Over time it appears that solar installations are predominantly clustered in zones that mimic areas of high population. This is evidenced in the early years where most solar capacity is installed in California around the high-density populations zones of the Bay Area and southern California cities. For rough comparison see the map of solar installed as of 2012 relative to the population density map below.   Filler

Source: https://www.census.gov/geo/www/mapGallery/2kpopden.html, “2000 Population Distribution in the United States”

Source: https://openpv.nrel.gov/time-mapper, “Solar Installations Over Time”

Solar deployment is driven by state-level policies  Solar deployment can also be tied to both federal and state-level energy policies that were enacted over the last decade (Energy Policy Act of 2005, the Federal 1603 Grant, California Solar Initiative, and SREC markets among myriad others) but the deployment seems to concentrate around some areas over others, suggesting that local and state factors outweigh the current federal incentive structure.  Viewing the NREL visualization only it looks like solar installation activity is predominantly in California from 2000 to 2004 with flashes of activity in Florida, the Rocky Mountain West,  Minnesota/ Wisconsin, and what looks like the Tennessee Valley Authority region. By 2007 solar installations appear to be widespread around major population centers around the country.  The mid-Atlantic and the northeast states look as if they are exploding as their SREC markets come on line in the mid-2000s, while other areas seem to slow down.   As an SREC company we know that each SREC market is different depending on the particular structure of the market as dictated by the policies that created the program. So perhaps not surprisingly we get phone calls and emails on a daily basis asking us about opportunities in states without comprehensive solar policies such as an SREC program. Our stock answer is to reach out to the state legislature and engage with grassroots activist groups like the Vote Solar Initiative. SREC markets are by no means perfect, but they are a key tool for states to drive solar development in the absence of a national standard. The end of the visualization shows the SREC market states (DC, DE, MA, MD, NJ, OH and PA) covering the map in white.



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