November 2017 Buyer's Share
RailSplitter Wind Farm provided the November 2017 Buyer's Share amounts by hour, see attached file.
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RailSplitter Wind Farm provided the November 2017 Buyer's Share amounts by hour, see attached file.
see file
NCSA leadership included the estimated cost of 100% clean energy for the next supercomputer project in their proposal to NSF this month. The budgetary number is based on pricing estimates for purchasing Renewable Energy Certificates (RECs). Based on current market estimates, and subject to availability and future market conditions, it is estimated that the total five year cost for RECs for a 3MW average load would be approximately $65K.
If/when the NSF grant is approved, F&S Utilities & Energy Services will be able to facilitate the purchase of the RECs, through the grant funding, and NCSA will then be able to claim the use of green power.
RailSplitter Wind Farm provided the October 2017 Buyer's Share amounts by hour, see attached file.
FOR IMMEDIATE RELEASE
October, 31, 2017
Contact: peterm@midwestrenew.org
Solar Urbana-Champaign Bulk Solar Purchase Program Finishes Strong
Claire Johnson and Jill Houser have just finished installing solar panels on Andy Robinson’s roof as part of the Solar Urbana-Champaign 2.0 program. They are members of New Prairie Construction’s solar installation team, and part of a mostly female crew. They and other teams from New Prairie Construction will be installing 446.95 kilowatts of solar on 58 properties across Champaign County as a result of the program, which helped people save on solar through volume purchasing. Robinson not only went solar through the program, he also helped to lead it.
“I’ve thought solar was a cool way to reduce our carbon footprint ever since seeing the 2007 UI solar decathlon house in DC, but it also needed to make financial sense for our family,” said Robinson, who was hired by the Midwest Renewable Energy Association (MREA) to facilitate the education sessions, called “Solar Power Hours,” for the program. “Now we will offset nearly all of our electric use and it was a good financial investment. New Prairie laid out the panels on the front and back roof in a way that looks like it is a part of the design of our 1920 house. We were especially happy to meet the diverse install crew of local women and men, and a highly qualified refugee.”
“In the 1980’s, Jill and I got our start in construction through the woman-owned company Working Women Construction,” said Julie Birdwell, owner of New Prairie Construction. “When we started New Prairie Construction, we made a commitment to providing opportunities for women. We never regretted it. Our New Prairie women contribute more than just diversity. They help contribute to a positive work culture and maintain a high level of attention to detail and craftsmanship.”
“When we think about the benefits of solar energy, we often picture environmental benefits, of which there are of course many,” said Peter Murphy, Solar Program Manager at Midwest Renewable Energy Association (MREA). “But what often gets overlooked is the growing number of solar jobs, which are local and by nature cannot be outsourced.”
“One out of every 50 new jobs added in the United States in 2016 was created by the solar industry, representing 2% percent of all new jobs,” according to The Solar Foundation, a nonprofit organization that conducts a national solar jobs census.
“We recently had an opportunity to hire an Afghan national who worked in construction for the US military in Afghanistan,” said Birdwell. “Hiring such a refugee is a way of acknowledging the risks and sacrifices he and his family have made to support our country. In addition, he and our other employees from different cultures and countries provide positive contributions to our work culture, and we feel, our overall product.”
“In the first day of solar production, our kids said that we were vacuuming with sunshine,” said Robinson. “And they are right.”
“The electricity produced by the 446 kW of solar the program has contracted will offset around 639,035 lbs of CO2 being released into atmosphere in the first year alone,” said Scott Tess, Environmental Sustainability Manager at the City of Urbana. “That amount of solar energy will also save almost 10 million gallons of water from use in thermoelectric power plants that run on coal or natural gas.”
The program was administered by the MREA at no cost to the city or the county. MREA has successfully implemented similar programs in other jurisdictions in Illinois, Iowa, and Wisconsin as seen in Milwaukee, Cedar Rapids, Bloomington-Normal, and elsewhere. Solarize programs have taken place all over the country, from California to Maine.
"The solar branch of New Prairie Construction Co. is a natural extension of our commitment to providing high quality, environmentally responsible solutions for homes and businesses," says Julie Birdwell, co-owner of New Prairie. "Solar Urbana-Champaign 2.0 provides an excellent opportunity for our community to use the power of bulk purchasing to get premium quality installations for a great price. We are excited to work with our neighbors to help increase sustainability and energy independence in Champaign County."
MREA issued a request for proposals to solar installers in January. A local advisory committee reviewed proposals based on professional certification, experience, and cost. They selected New Prairie Construction Co., based in Urbana. They were chosen as the solar installer for the second Solar Group Buy because of their high-quality solar installations, building science expertise, and emphasis on customer service.
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The MREA was incorporated as a 501(c)3 nonprofit shortly after the first Energy Fair in 1990. MREA’s mission is to promote renewable energy, energy efficiency, and sustainable living through education and demonstration. To learn more, call 715-592-6595 or visit www.TheEnergyFair.org or www.midwestrenew.org.
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Bio gas is Big and getting Bigger |
EIA reports that renewable natural gas (RNG) from biogas collected at landfills and other facilities, is increasingly used to meet government targets for renewable fuel production. In 2016, about 189 million gallons of RNG were used to meet about 82% of federal targets set specifically for cellulosic biofuel.
Combined production of liquefied RNG and compressed RNG grew from 33 million gallons of ethanol equivalent in 2014 to 189 million gallons in 2016. EPA projects 238 million gallons of cellulosic biofuel will be produced in 2018. |
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Here's a neat idea for campus to consider, as we continue to look at options for ground cover under solar panels.
RailSplitter Wind Farm provided the September 2017 Buyer's Share amounts by hour, see attached file.
The Energy Generation, Purchasing, & Distribution SWATeam met for the first time of the FY2017 on September 21. They revised their focus topics for the year and reviewed progress on current projects, such as on the rooftop solars on the Electrical and Computer Engineering Building, the Speech and Hearing Building, and the Business and Instruction Facility. Finally, EGen also discussed the possibility of building a second solar farm in order to further meet iCap goals.
RailSplitter Wind Farm provided the August 2017 Buyer's Share amounts by hour, see attached file.
The Idea Garden committee, with the UI Extension, continues discussions about adding rooftop solar to the Arboretum Garden Shed hear the Idea Garden. Last year, Idea Garden representatives worked with Masters of Energy Systems students to consider potential design plans. The final scope of the desired solar PV project is still to be determined. One likely option is to use solar to power the light in the shed, and use the existing campus electrical grid to provide other power needs, such as winter heating.
The Solar Eclipse had a notable impact on the Solar Farm today.
RailSplitter Wind Farm provided the July 2017 Buyer's Share amounts by hour, see attached file.
See attached data file for the EPA Green Power Partnership for Fiscal Year 2017.
Student Sustainability Committee and the School of Architecture worked with F&S to move the 2009 Solar Decathlon House from I Hotel grounds, where it was located for seven years. The house moved to the Energy Bioscience Research Farm on Race Street south of Windsor Road. The 695-square foot building, weighing more than 50,000 pounds, was designed by University of Illinois students and took second place in the U.S Department of Energy’s 2009 Solar Decathlon. Since then it has been used by various campus units, who study the design and construction of the building.
Following the completion of iWG assessment, this recommendation was transmitted to the Vice Chancellor for Research (VCR).
For future updates, please refer to PPA for National Petascale Computing Facility.