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A document of ideas brainstormed for the displays and kiosks in the ECE lobby was sent to Joyce Mast by F&S contacts. These ideas were created with the goal of having students actively engage with the display through physical interaction, as well as passive engagement while students look at the stations in passing.
With the final stage of Solar Farm 2.0, UIUC is now the third-largest producer of onsite clean power among U.S. universities. Solar Farm 2.0's completion marks the achievement of key sustainability goals nearly four years in advance.
Spring cleaning in your office? If you need to recycle office paper, you can request a bin from the F&S Waste Transfer Station. To request a blue paper recycling tote, email recycling@illinois.edu with your building name and room number.
F&S Waste Transfer Station • Facilities & Services
This is a list of projects that need students to work on. It will be updated periodically by sustainability staff members, the last update was 5/14/21:
Today, the University of Illinois Urbana-Champaign, Facilities & Services (F&S) announces the final stage of completion for Solar Farm 2.0, totaling 12.3 megawatts (DC), with the planting phase of the farm’s pollinator habitat commencing this month. The project is the second solar farm constructed at the U of I and achieves clean energy sustainability goals outlined in the university’s Illinois Climate Action Plan (iCAP), nearly four years ahead of schedule. Clean energy production will now support approximately 12 percent of the school’s annual electricity demand. The planting of the project’s native pollinator habitat bookmarks the solar farm’s unique array of state-of-the-art technological and sustainable features.
The site’s 54 acres will serve as a major demonstration and research location for pollinator-friendly solar arrays. The University of Illinois Solar Farm 2.0 project exceeded the required 85 minimum points established by the State of Illinois’ Pollinator Friendly Solar Site Act. With 134 points achieved on the pollinator scorecard, including the adjacent landscape buffer, the solar array officially “Provides Exceptional Habitat.” The custom seed mix designed by Natural Resource Services, with more than 21 different plant types that are native to the area, will make the land between and around the panels more resilient and create a natural habitat for a variety of local and migratory birds and beneficial insects. In total, the site will contain more than 6.5 million flowering plants and native grasses.
Solar Farm 2.0 was developed by national solar energy firm Sol Systems, which built the farm with innovative features such as bifacial solar panels, single-axis trackers, pollinator habitat, and zero waste construction practices. This project is among the most technologically advanced and sustainable solar projects in the U.S. Through the firm’s development wing, Sol Customer Solutions, a joint venture between Sol Systems and Capital Dynamics, Capital Dynamics will serve as owners of the project with Sol Systems managing the asset throughout the 20-year term of the agreement.
F&S Executive Director Dr. Mohamed Attalla said, “In only four months, Solar Farm 2.0 has already become an integral part of the university’s energy enterprise. There are days when the array is meeting almost 30 percent of the university’s electrical demand for that day. It has been extraordinary to watch this site’s renewable energy make an immediate impact to support learning and discovery across campus.”
Since the array was energized on January 29, 2021, the installation has produced over 4,000 megawatt hours (MWh). On May 1, Solar Farm 2.0 provided its largest output of 102 MWh in a single day, enough to offset the consumption of more than 8,000 gallons of gasoline. This installation puts the university at the top of the list for onsite clean energy production, according to the U.S. Environmental Protection Agency. In combination with other solar installations on campus, the Urbana campus is now generating approximately 27,000 MWh/year, ranking UIUC third amongst U.S. universities in onsite clean power production.
The University will purchase all energy produced by the array under a power purchase agreement (PPA) at a fixed price over a 20-year term. In addition to the long-term fixed rate, which hedges UIUC against future utility price uncertainty, the PPA allows the university to go solar with no upfront costs, providing an expected $300,000 in savings in the first year alone.
“The use of innovative technology and land-use practices and strong, ongoing partnership between Sol Systems and the University of Illinois is what makes this project so remarkable,” said William Graves, Director of Originations at Sol Systems. “Solar Farm 2.0 is a marquee project not only for the university but also for the state of Illinois.”
Sol Systems partnered with South Bend, Indiana-based Inovateus Solar, which constructed the solar arrays. Inovateus used reduced-waste construction practices that prevented as much as 45 tons of materials from reaching landfills. Specifically, Inovateus worked with F&S Waste Management to recycle nearly 94 percent of the project’s construction packaging, plastics, wood pallets, and other refuse.
“Inovateus Solar is truly excited to have partnered with Sol Systems and contributed our best practices for sustainable solar construction. We believe this solar farm will be the new role model for ultra-sustainable solar development,” said T.J. Kanczuzewski, CEO of Inovateus Solar. “We're also proud to have assisted U of I in meeting an important sustainability goal for the campus. Helping to preserve the environment for current and future students and faculty directly reflects our company mission of ‘building a brilliant tomorrow.’’’
Academic collaboration is a major theme emphasized in the F&S Strategic Plan because using the campus as a living learning laboratory for students and researchers is essential to the success of the university. Sol Systems and Inovateus worked with students in the Institute for Sustainability, Energy, and Environment’s campuswide sustainability minor to assess the carbon footprint of Solar Farm 2.0 from sourcing to installation. Sol Systems will use the reports, produced by the student groups as part of their Sustainability, Energy and Environment Fellows Program capstone, to assess potential sustainability improvements to all future projects.
The University hopes to offer onsite tours this fall, along with a celebratory ribbon-cutting for the project.
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University of Illinois Contact:
Steve Breitwieser
Customer Relations & Communications
Facilities & Services
217-300-2155
Sol Systems Contact:
Will Patterson
Manager, Marketing and Communications
Sol Systems
William.patterson@solsystems.com
240-778-3530
Facilities & Services (F&S), at the University of Illinois Urbana-Champaign, provides all physical plant, operational, and essential services for sustaining an environment that fosters research, teaching, and public engagement activities. F&S supports the university’s education, research, and outreach missions by improving the physical condition of the facilities and grounds through construction and building maintenance activities, providing utilities production and distribution, implementing energy conservation initiatives, and increasing customer satisfaction by delivering quality services in a responsive, reliable, and customer-focused manner. Visit www.fs.illinois.edu to learn more.
ABOUT SOL SYSTEMS
Sol Systems is a leading national solar energy firm with an established reputation for integrity and reliability across its development, infrastructure and environmental commodity businesses. To date, Sol has developed and/or financed over 1 GW of solar projects valued at more than $1 billion for Fortune 100 companies, municipalities, counties, utilities, universities and schools. The company also actively shapes and trades in environmental commodity and electricity markets throughout the United States. The company was founded in 2008, is based in Washington, D.C., and is led by its founder. Sol Systems works with its team, partners, and clients to create a more sustainable future we can all believe in. For more information, visit https://www.solsystems.com/.
ABOUT CAPITAL DYNAMICS
Capital Dynamics is an independent global asset management firm focusing on private assets including private equity, private credit and clean energy infrastructure.
Capital Dynamics’ Clean Energy Infrastructure is one of the largest renewable energy investment managers in the world with USD 6.6 billion AUM and has one of the longest track records in the industry. The CEI strategy was established to capture attractive investment opportunities in the largest and fastest growing sector of global infrastructure – proven renewable energy technologies, primarily in North America and Europe, across solar, onshore wind, energy storage and related infrastructure with a focus on both utility-scale and distributed generation technologies. The CEI platform’s fully-integrated asset management affiliate provides highly-specialized services to ensure optimal performance and value from projects. The CEI strategy currently manages 7.9 GWdc of contracted gross power generation across more than 150 projects in the United States and Europe, and is one of the top 3 global solar PV owners.
As a sustainable asset manager, we have gone beyond standard ESG requirements by designing, implementing and trademarking the Capital Dynamics R-Eye™ Rating System – a unique, best-in-class approach to diligence and rating of each investment based on PRI principles and UN Sustainable Development Goals. Since Capital Dynamics’ Clean Energy Infrastructure platform’s inception in 2010, over 19 million metric tons of greenhouse gas emissions have been avoided as a result of the firm’s renewable investments. This is equivalent to the power needed to supply more than 3 million homes or passenger vehicles for one year.
In 2020, the CEI strategy received top rankings from GRESB (the ESG benchmark for real assets) for commitment to sustainability, and in 2019 awarded Global PE Energy Firm of the Year by Private Equity International. For more information, please visit: www.capdyn.com.
ABOUT INOVATEUS SOLAR
Inovateus Solar is a leading solar and energy storage development, EPC (engineering, procurement, and construction), and supply company in the Midwest United States. Headquartered in South Bend, Indiana, the company has built over 500 MW of utility, commercial, industrial, and education sector solar projects. With deep roots in the communities that it serves, Inovateus has been a strong employer and invested millions of dollars in the Indiana economy in support of its commitment to invest in the energy future of its clients.
The site’s 54 acres will serve as a major demonstration and research location for pollinator-friendly solar arrays. The University of Illinois Solar Farm 2.0 project exceeded the required 85 minimum points established by the State of Illinois’ Pollinator Friendly Solar Site Act. With 134 points achieved on the pollinator scorecard, including the adjacent landscape buffer, the solar array officially “Provides Exceptional Habitat.” The custom seed mix designed by Natural Resource Services, with more than 21 different plant types that are native to the area, will make the land between and around the panels more resilient and create a natural habitat for a variety of local and migratory birds and beneficial insects. In total, the site will contain more than 6.5 million flowering plants and native grasses.
A team of researchers will be measuring the impact of natural vegetation at the Solar Farm 2.0 grounds. Below the 31,122 bi-facial solar panels lie 54 acres perfect for pollinator-friendly plantings.
But how exactly does one calculate the plants’ effectiveness? How about: count the bugs.
Ben Campbell, an energy engineer at the University of Illinois Chicago, is part of a research effort that will do exactly that, and more. Their research will also address other matters at Solar Farm 2.0, including how the pollinator plants affect the efficiency of the solar panels’ power production, and how quickly and strongly the pollinator plantings grow.
Additionally, F&S Utilities & Energy Services are a support team member for the research project which will study the economic and ecological benefits of planting native and other flowering plants under and around solar arrays. In order to count the bugs, a few times a year researchers will catch flying insects over the course of a day. The insects they collect will be taken to the Bee Research Facility on the Urbana campus where they will be identified and archived, under the guidance of Dr. Adam Dolezal.
This might seem standard practice for a new test site with new plantings. What may surprise the reader is another research question: where and how many birds and bats will come around for feeding time?
“The research is driven by the solar industry’s questions about the colocation of solar power production and pollinator habitat,” said Campbell. “Our research seeks to understand what scale of habitat is necessary to have measurable impacts on pollinator, bird, and bat populations at utility-scale solar facilities, in addition to benefits in terms of increased power production or lifecycle costs of managing vegetation. We are excited to have the opportunity to test these questions in our own backyard at Solar Farm 2.0.”
Using acoustic and ultrasonic recorders, the team will record bird and bat abundance and diversity, respectively, over time, measuring wildlife elements until at least 2023.
The research project, led by Iris Caldwell at the Energy Resources Center at University of Illinois Chicago, is funded by the U.S. Department of Energy Solar Energy Technology Office. Her research team consists of the University of Illinois Urbana-Champaign, UIC, the Argonne National Laboratory, and the National Renewable Energy Laboratory. Six solar facility test sites have been selected for field research across Illinois, Indiana, Michigan, and Wisconsin. This includes the 12 MW Solar Farm 2.0 facility at UIUC. In partnership with F&S and Sol Systems (the site operator) the research team will evaluate the effects of the pollinator plantings on photovoltaic and ecological performance and compare operational costs with facilities that use conventional ground cover (usually turf grass). In addition, Solar Farm 1.0 may be used as a control site for comparison for performance and pollinator observation.
Construction of a new 54-acre, 12.32 megawatt (MWdc) Solar Farm has been approved by the University of Illinois Board of Trustees as the sole member of Prairieland Energy, Inc. Referred to as "Solar Farm 2.0," the new utility-scale array will be located north of Curtis Road, between First Street and Dunlap Avenue near Savoy. Solar Farm 2.0 will produce approximately 20,000 megawatt-hours per year (MWh/year), nearly tripling the university’s existing on-site renewable energy generation. Completion of this project will then grant the University of Illinois with the title of being the third-largest user of renewable power generated on-site for all higher education facilities in the entire country.
Project Inception
In April 2017, the Energy Sustainability Working Advisory Team (SWATeam) recommended that to increase our campus’ generation of solar power, either an extension should be built onto the original Solar Farm or additional solar panels be installed across campus rooftops. From there, the idea of Solar Farm 2.0 was born. In November of that same year, the Sustainability Council approved the concept of this new solar farm, and a site selection was completed during spring 2018.
In the summer of 2018, after discussions with our neighbors in Savoy, the Chancellor’s Capital Review Committee approved the location, and a request for proposals was initiated. Different vendors from across the nation submitted proposals and various designs for this new solar farm, with nineteen submissions in total. By May of 2019, Sol Systems of Washington, D.C. was chosen to complete the project. A twenty-year contract was negotiated, and the overall project is on track to be completed by the end of 2020.
Project Overview
Sol Systems will be responsible for the design, construction, and maintenance for Solar Farm 2.0, and like Solar Farm 1.0, the Urbana campus will use all the generated power. The $20.1M contract is anticipated to save the university $300,000 in the farm’s first year compared to electricity purchased from the wholesale MISO market. Prairieland Energy will buy the solar energy at a fixed rate of $45.99 per MWh, while the University of Illinois will receive the associated renewable energy certificates (RECs) and the right to claim the use of clean energy.
Pollinator Habitat
Other innovative features of Solar Farm 2.0 include the incorporation of a pollinator habitat located beneath the panels. Indigenous plants will be planted throughout the farm to welcome local and migratory birds and insects. Specifically targeted towards butterflies and bees, Solar Farm 2.0 will be a welcoming environment for wildlife, as well as being a demonstration site for meeting the requirements of the Pollinator Friendly Solar Site Act. A landscaped buffer will also be included in the final design of Solar Farm 2.0, creating visual screening of the solar panels along the south edge of the farm bordering Savoy.
Nan Holda, one of the participants in the latest TED Talk: Eco-Edition event provided some great resources to follow up from the conversation on 4/29.
The Solar Farm 2.0 developer will be planting the Solar Farm 2.0 site next week. On May 7, 2021, they will spray an herbicide mixture to prepare the site.Here are the details they provided:
Glyphosate 41 herbicide and/or Ranger Pro. They are both generic glyphosate-based herbicides. Ranger Pro includes a water-based surfactant in their formulation. We will be adding a methylated seed oil for a surfactant. We will not be using a spray dye in the mix to avoid residue on the panels.
Climate researcher James Hansen, known for raising alarms about climate change in the 1980s, will address failures in energy policy & suggest changes moving forward. While the public is coming to grips with climate change, scientists & engineers failed to shape policies to avert its worst consequences, says Hansen, Director of Columbia University’s Climate Science, Awareness and Solutions Program.
May 5, 12–1:30 pm • Zoom | Password 591223
Julie Wurth Asmussen • Institute for Sustainability, Energy, and Environment
Global Climate Change: Implications for National and Global Energy Policies
Thank you for a great Earth Week, Illini! Here a few highlights:
Attached are the minutes to the Zero Waste SWATeam meeting which took place on April 23, 2021. The meeting agenda was as follows:
Potential initiatives which resulted from this conversation:
The Energy iCAP Team met on April 14th, 2021 with Brian Bundren, a member of the Illinois Space Advisory Committee, about to learn more about how campus space can be managed more efficiently as a way to reduce energy consumption. The University moving from hybrid learning to more in-person instruction and the new IVCB budget model that assigns bills individual colleges for their energy use will have significant impacts on space usage. The team also discussed our recommendation for Green Labs, or ways to integrate sustainability in research labs and reduce their energy consumption. We will also be moving forward with recommending an Energy Planning document to outline steps towards carbon neutrality by 2050.
Meeting minutes and agenda are attached!
The Resilience iCAP Team met on April 6th, 2021 to brainstorm ideas for public engagement for creating our first Environmental Justice Plan. Members identified important avenues for learning about local intutions on what are relevant barriers to equitable health and safety in our communities. Moving forward, the Biodiversity Plan and EJ Plan will look to possibly engage the Department of Urban Planning and other students who will work on focus group interviews over the summer. The meeting concluded with an overview of the current progress of all Resilience iCAP objectives and future steps.
Meeting minutes and chat log are attached!
