Tag Archive for: Solar

Solar energy project approved by students at SOU Ashland

SOU students step up for solar energy project

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(Ashland, Ore.) — A solar energy project approved recently by Southern Oregon University’s student government will generate both electricity and a steady flow of income for the university’s Student Food Pantry.

The Associated Students of SOU gave the go-ahead to spend $91,768 from the ASSOU Green Fund on a sustainability student’s proposal to replace an aged-out solar array on SOU’s Hannon Library with a new, higher-capacity array. An additional $7,560 provided by SOU’s Office of Facilities Management and Planning will be used to remove the pioneer panels.

Power produced by the 29.68 kW photovoltaic solar panels will be sold back to the university, and that income will be directed to the Student Food Pantry to help address food insecurity on campus.

“I’m excited to see my passion for sustainable food systems and food security come to life in a very real way as I leave SOU,” said student Sierra Garrett, who conceived the project before graduating last month. “I fully believe in leaving your environment better than how you found it, and this is no exception.

“Our SOU community deserves sustainable access to energy and nutrition, and my project brings those two together in a unique way,” said Garrett, who was worked for the past two years in the SOU Office of Sustainability and the Institute for Applied Sustainability.

The new solar panels will be purchased with money from the Green Fund, which is dedicated to sustainability projects and generated from a $14-per-term fee that SOU students have imposed on themselves. The new array will produce an estimated $2,664 per year for the Food Pantry, based on the current electricity rate of 6 cents per kilowatt hour.

The ASSOU-approved proposal came with a recommendation that the power proceeds allocated to the Food Pantry should be used on local foods, those associated with high quality or high nutritional value, and/or foods with cultural or social relevance to SOU students. Terms of the agreement are to be reviewed and voted upon again every five years by ASSOU’s Environmental Affairs Committee.

“Working with SOU students and ASSOU on sustainability is always inspiring, and collaborating with Sierra Garrett over the past few years has been especially meaningful,” said Becs Walker, SOU’s Director of Sustainability. “Her passion, creativity and drive have been central to so many projects – particularly this one.

“Seeing how students like Sierra approach challenges with innovative thinking, compassion and a commitment to building better systems gives me great hope for the future,” Walker said. “They truly are the next generation of leaders and change-makers.”

The panels that will be replaced were SOU’s first solar installation, placed on the university’s Hannon Library in 2000. That installation produced just 6kW when new – just over a fifth of what will be produced by the panels that will replace it – and was targeted for recycling because its efficiency has declined over the years.

SOU now has solar arrays on nine Ashland rooftops and one on its Medford campus, for total generating capacity of 842kW, which accounts for 11.6% of the electricity used on campus. The university already is saving almost $50,000 per year by using its own electricity, and is on pace to generate enough for all of its daytime power needs within about a decade.

SOU has been awarded $5.8 million in state and federal funding over the past three years to support energy generation and energy resilience on campus; that money has paid for new arrays on Lithia Motors Pavilion (the largest in Ashland) and The Hawk Dining Commons, and a battery storage system. It will also pay for another two rooftop arrays, one parking lot canopy array and another battery storage system.

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Grant awarded for additional SOU solar projects

SOU receives third $1 million state grant for solar arrays

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(Ashland, Ore.) — The solar energy aspirations at Southern Oregon University have received another jolt, with news that the Oregon Department of Energy has approved a third round of state funding for SOU’s push to become the nation’s first public university to generate all of the daytime electricity that it uses. The latest $1 million grant will be used to install a battery storage bank at SOU’s Computer Science Building and a solar array in a nearby parking lot.

The university has now received a $1 million grant in each of the most recent three years from the state Department of Energy’s Community Renewable Energy Grant Program, along with a $2 million appropriation from Congress in December 2022. Part of the federal appropriation will likely be used to complete funding for the Computer Science Building projects, which will cost a total of $1.3 million.

“We are excited about these opportunities to further diversify SOU’s revenue, and to increase our on campus renewable energy and reduce our greenhouse gas emissions,” said Becs Walker, the university’s director of sustainability. “We also recognize the importance of energy efficiency, and are monitoring all buildings to identify potential improvements. A recent renovation project on Britt Hall improved our energy efficiency across campus.”

This year’s funding process for the Community Renewable Energy Grant Program was especially competitive, with the state selecting 34 of 75 applicants to receive a total of almost $18 million in grants. The program is intended to support planning and construction of renewable energy or energy resiliency projects for Tribes, public bodies and consumer-owned utilities.

SOU is currently working on solar projects – funded by the earlier grant, appropriations and $51,000 from the Associated Students of SOU’s Green Fund – at Lithia Motors Pavilion and The Hawk Dining Commons that will increase the university’s photovoltaic output from the current 455 kilowatts (kW) to a total of 848 kilowatts. The first project has added a 241 kW solar array to the 63 kW solar array already on the athletic pavilion’s roof, making it the largest rooftop solar array in Ashland. The second project, at The Hawk Dining Commons, is a solar array and battery storage bank that will enable SOU to support community resilience by providing power at The Hawk, if needed, in the event of an emergency.

SOU’s first solar canopy in a parking lot will be funded with money from the state Department of Energy’s second round of grants and the congressional appropriation. The first parking lot array will add 340 kilowatts of generating capacity, and SOU will be able to produce about 17% of the daytime electricity it uses when all three current projects are completed. That amount will increase when the Computer Science Building projects are also built out.

SOU has nine existing solar arrays, plus one at the Higher Education Center in Medford and a pole-mounted array installed in 2022 by a nonprofit on land leased from the university. SOU has added five arrays over the past four years, with funding from private investors, grants, the student government and university administration.

The university anticipates generating 100% of its own electricity by 2033, and is already planning for its next rounds of solar expansion. SOU is focused on being entrepreneurial in its approaches to revenue generation, and on energy independence and reducing greenhouse gas emissions. Its eventual energy independence will save the university at least $750,000 per year in utility costs, and each solar array that comes on-line results in an incremental reduction of the overall energy bill for campus.

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Solar arrays surround President Rick Bailey and Sustainability Director Becs Walker

New solar arrays move SOU toward energy self-sufficiency

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(Ashland, Ore.) — Southern Oregon University is taking big strides toward becoming the first public university in the U.S. to produce all of the daytime electricity used on its campus, with a $1.56 million contract signed this month to install new solar arrays and a battery storage facility, and on-site construction work set to begin this winter.

The new installations on Lithia Motors Pavilion and The Hawk Dining Commons will increase SOU’s photovoltaic output by 86 percent – from the current 455 kilowatts to a total of 848 kilowatts.

The two new solar facilities, combined with nine existing arrays, will enable the university to generate just over 12 percent of the electricity it uses. The contract with Ashland’s True South Solar also includes a battery storage bank that will be built adjacent to The Hawk, enabling SOU to support community resilience by providing power in The Hawk, if needed, in the event of an emergency.

“This is truly a monumental step toward our goal of energy self-sufficiency,” SOU President Rick Bailey said. “We have spent much of the past year working with state and federal lawmakers to identify and secure funding for these projects – and that work will continue. But now we will begin to enjoy some of the fruits of our labors.

“These projects not only demonstrate our commitment to sustainability, but our eventual energy independence will save us at least $750,000 per year in utility costs. Each new array that we bring online will immediately start reducing that overall energy bill.”

The university anticipates generating 100 percent of its own electricity by 2033, and is already planning subsequent rounds of solar expansion. Another project whose contract has not yet been awarded – the first of several SOU arrays that will be built on parking lot structures – will add 340 kilowatts of generating capacity and bring the university to nearly 17 percent of its overall electricity usage.

SOU has been awarded $1 million in each of the past two years from the Oregon Department of Energy’s Community Renewable Energy Grant Program and received a $2 million appropriation from Congress last December. That total of $4 million in state and federal funding will pay for the lion’s share of work under the current contract, and for the initial parking lot array. The Student “Green Tag Fee” – an assessment of $14 per student each term, approved in a student vote several years ago – is also contributing $51,000 toward the cost of the current project, demonstrating student support for SOU’s generation of renewable energy.

“The campus-wide support for sustainability initiatives – in particular, our conversion to solar power – has been overwhelming,” SOU Sustainability Director Becs Walker said. “Students, faculty and staff are helping in whatever ways they can as we ramp up our efforts and transition to renewable energy.

“This entire process is valuable, with many learning opportunities for those who choose to become directly involved.”

True South Solar and its subcontractor, Welburn Electric of Phoenix, began design work for the current phase of solar expansion immediately after the contract with SOU was signed on Sept. 1. Drawings, specifications and permit work will take a couple of months, and orders for solar and battery storage equipment will extend into the winter months before site work begins.

The Lithia Motors Pavilion solar array is expected to be completed in early 2024, and the more-complex solar array and battery storage project at The Hawk Dining Commons is scheduled for completion by the fall of 2024.

Solar energy production is one of the initiatives that SOU is currently pursuing in its effort to be more entrepreneurial in its approach to revenue generation. Achieving the energy-independence goal will also contribute to a reduction in SOU’s greenhouse gas emissions.

SOU currently has nine solar arrays on campus, plus an array at the Higher Education Center in Medford and a pole-mounted array installed last year by a nonprofit on land leased from the university. SOU has added five arrays over the past three years, with funding by private investors, grants, the student government and university administration.

SOU will continue to implement energy conservation and energy efficiency measures as it increases its solar power production. For instance, The Hawk Dining Commons and McLoughlin Residence Hall each have solar hot water systems installed to augment their natural gas domestic water heating, and the campus has three net-zero buildings – they create as much or more energy than they use.

The university is also a partner in the U.S. Department of Energy’s Better Climate Challenge, which supports SOU’s 2033 goals to reduce Scope 1 and Scope 2 greenhouse gas emissions by 50 percent from a 2018 baseline, and to reduce energy intensity by 25 percent from a 2022 baseline.

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About Southern Oregon University
Southern Oregon University is a medium-sized campus that provides comprehensive educational opportunities with a strong focus on student success and intellectual creativity. Located in vibrant Ashland, Oregon, SOU remains committed to diversity and inclusion for all students on its environmentally sustainable campus. Connected learning programs taught by a host of exceptional faculty provide quality, innovative experiences for students. Visit sou.edu.

New solar arrays to be installed at SOU

SOU receives additional $1 million in state support for solar arrays

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(Ashland, Ore.) — Southern Oregon University continues to leverage state and federal support for renewable energy projects, with the Oregon Department of Energy announcing last week that the university will be awarded a $1 million grant for the second straight year to build solar arrays on campus. SOU also received a $2 million congressional appropriation in December to help pay for its bid to become the nation’s first public university to produce all of the daytime electricity used on its campus.

The energy department’s Community Renewable Energy Grant Program awarded a total of $12 million to 39 recipients – Tribes, public bodies and consumer-owned utilities – to support planning and construction of renewable energy or energy resilience projects. SOU’s is one of seven projects that were awarded grants in the neighborhood of $1 million each.

“This grant award speaks volumes about our identity as a public university,” President Rick Bailey said. “This is who we are – fiscally innovative, environmentally sensitive and always mindful of our students and their experiences on our campus.

“This grant and other current and future funding opportunities will allow us to reduce our dependence on tuition as a revenue source, and increase accessibility and affordability for students throughout our state and region.”

The most recent ODE grant will help pay for SOU’s first parking lot solar array, which will consist of solar panels on steel structures in a lot adjacent to The Hawk Dining Commons. The structures will provide shading in addition to power generation, and the project will also pay for eight new electric vehicle charging ports – expanding the university’s total number of EV ports to 20.

Last year’s first-round grant in ODE’s Community Renewable Energy Grant Program – along with federal funding and a contribution from the Student Green Fund – will pay for solar installations on The Hawk Dining Commons and the Lithia Motors Pavilion/Student Recreation Center complex, and a battery storage facility to enhance community resilience. The $2 million congressional allocation will help pay for additional solar arrays on SOU’s parking lots and rooftops.

“Our momentum toward energy independence is very exciting and will be a game-changer for our university,” SOU Sustainability Director Becs Walker said. “We plan to be producing all of our own electricity within about 10 years, and ultimately to become a carbon net zero campus . This progress demonstrates our leadership in sustainability and the transition of the energy infrastructure.

Energy self-sufficiency will save SOU at least $700,000 per year in utility costs and President Bailey plans to expand the program from there, with additional solar installations and partnerships to further build energy and community resilience. He achieved that on a smaller scale at Northern New Mexico College, where he served as president before being hired at SOU in January 2022.

The current solar projects will increase SOU’s generating capacity to about 16 percent of the electricity it uses on campus.

The university has nine solar arrays on its Ashland campus with a total output of 455 kilowatts, plus an array at the Higher Education Center in Medford and a pole-mounted array installed by a nonprofit on land leased from SOU. The two new arrays supported by the state grants will increase SOU’s solar capacity by a total of 359 kilowatts.

SOU will continue to implement energy conservation and energy efficiency measures as it increases its solar power production. SOU’s Hawk Dining Commons and McLoughlin Residence Hall each have solar hot water systems installed to augment their natural gas domestic water heating, and the campus has three net-zero buildings – they create as much or more energy than they use. The university is also a partner in the DOE’s Better Climate Challenge, which supports SOU’s 2033 goals to reduce Scope 1 and Scope 2 greenhouse gas emissions by 50 percent from a 2018 baseline, and to reduce energy intensity by 25 percent from a 2022 baseline.

Solar energy production is a key part of SOU’s plan to develop new, entrepreneurial revenue streams and reduce dependence on the two traditional funding sources for public higher education nationwide – tuition and state funding. The university has also begun a project to demolish the vacant Cascade housing complex and replace it with a senior living facility that produces partnerships between its residents and the university. Funding for the demolition has been approved by the state and is expected to begin in the next several months.

Other projects that will produce revenue or reduce expenses for SOU include the establishment of a University Business District in southeast Ashland – discussions are underway with the local business community – and replacement of its operational software with the cutting-edge Workday platform, which eventually will save the university about $750,000 per year in recurring costs.

ODE’s Community Renewable Energy Grant Program was created by the 2021 Legislature, which set aside $50 million for projects throughout the state over three years – with $12 million available in the current funding cycle. The program is intended to build energy and community resilience in rural, underserved areas, reduce greenhouse gas emissions and help to rewire America through the expansion of solar energy generation and electric vehicle charging infrastructure.

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solar arrays installed at The Farm at SOU

Solar arrays pop up at The Farm at SOU

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(Ashland, Ore.) — The Farm at SOU is sprouting solar arrays this month, with two new and innovative projects taking shape over the past week. The first, mounted on The Farm’s storage building, is student-funded and the second, installed atop 20-foot poles, was financed by a private investor.

“It is a coincidence that these projects happened within a few days of each other, but it is also indicative of our commitment to sustainability and environmental stewardship,” said Rebecca Walker, SOU’s sustainability and recycling manager. “These are exciting projects that were both innovatively funded and will generate renewable electricity for the university and our community, and provide educational and other benefits to our students.”

The storage building project, installed early last week by Ashland-based True South Solar has been funded by a Renewable Energy Development Grant from Oregon Department of Energy and the SOU Green Fund. The SOU Green Fund comes from a “Green Tag” fee of $13 per student each term and is overseen by the Environmental Affairs Committee of the Associated Students of SOU. The student Green Fund will receive annual payments based on the generation of the electricity from the storage building, through a power purchase agreement with the university. The Green Fund allows the university’s student government to invest in sustainability projects at SOU, such as renewable energy generation on campus and offsetting SOU’s water usage.

That new solar array will produce 15.48 kilowatts of electricity.

The second array, installed last Friday by Ashland’s STracker Solar, is a community project that employs dual-axis tracking technology – the solar panels follow the path of the sun throughout the day, maximizing efficiency and output. The three elevated panels are adjacent to three existing panels on the neighboring ScienceWorks property – all of them owned by Abbott’s Development.

Abbott’s is owned by Brad Roupp of Ashland, and operates the Abbott’s Cottages vacation rentals. Abbott’s is considered a tax equity investor, leasing property for the new array from SOU and using the city of Ashland’s virtual net metering system to allocate the power it generates to the company’s rental properties. SOU receives an annual lease payment, all renewable energy credits related to the project and the opportunity to use the solar facility for educational and research purposes.

The six solar trackers at Abbott’s installations at The Farm and ScienceWorks will produce a combined 160 megawatt hours of electricity per year.

“The Farm at SOU is a center for sustainability,” said Vincent Smith, director of The Farm at SOU and of the university’s Division of Business, Communication and the Environment.

“These two new projects will not only offset all of our energy use, but will provide opportunities for student and faculty research,” Smith said.

SOU has a total of eight other solar arrays on seven buildings on the Ashland campus and one at the Higher Education Center in Medford. Output from SOU’s solar facilities is typically fed back into the electrical grid and credited to SOU’s accounts, reducing the university’s utility bills.

SOU’s first solar installation was a 24-panel, 6-kilowatt array that was placed on Hannon Library in 2000 and it still generating electricity.

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New storage facility checks the solar and recycling boxes

New SOU storage facility is doubly green

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(Ashland, Ore.) — Southern Oregon University has completed a new storage facility at Raider Stadium that addresses sustainability on two fronts – it includes the university’s ninth array of solar panels, and the structure itself was created from recycled shipping containers.

The new facility, which will be used for storage of Athletic Department equipment and supplies, is SOU’s second net-positive building – the renewable energy it produces is greater than what it consumes. The first was SOU’s Student Recreation Storage Building, built in 2018 with solar installed in 2019.

“SOU is wholly committed to the pursuit of sustainability in both construction and day-to-day operations,” said Rebecca Walker, the university’s sustainability and recycling manager. “This project demonstrates that when we think differently and creatively, sustainability can make both financial and environmental sense.

The new storage facility’s solar panel installation was paid for by a fund that is fed in part by other energy savings projects on campus. The fund receives money from sources including energy savings incentives and credits from the university’s natural gas company, recycling receipts and other sustainability-related income sources.

The building itself – located behind the stadium’s east bleachers – is made from six recycled railroad shipping containers. The university repurposed three containers that we already on campus and purchased another three for $10,500 from Oregon Cargo Containers of Grants Pass.  The solar panels, installed by True South Solar of Ashland, will produce 49.68 kilowatts of electricity – enough to power about five typical homes.

“Athletics was in need of safe and adequate storage,” said SOU Athletic Director Matt Sayre. “What was designed for that purpose by the SOU Facilities Management and Planning Department and architect Matt Small – using rail boxcars and a plan to collect solar energy from the roof of that structure – is an asset Raiders can be proud of.”

The new project pushes SOU’s total solar energy generation capability to more than 430 kilowatts. The university has a total of seven other solar arrays on six buildings on the Ashland campus and one at the Higher Education Center in Medford.

Output from SOU’s solar facilities is typically fed back into the electrical grid and credited to SOU’s accounts, reducing the university’s utility bills.

SOU’s first solar installation was a 24-panel, 6-kilowatt array that was placed on Hannon Library in 2000 and it still generating electricity at 70 to 80 percent efficiency.

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SOU Solar Power Industry

Outlook is sunny for solar at SOU

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NEWS RELEASE
(Ashland, Ore.) — Southern Oregon University’s solar power prospects will become considerably brighter this fall, with the installations of three new photovoltaic arrays and a 57 percent increase in generating capacity.

“It’s a unique and thrilling opportunity to have three solar arrays being installed this year, furthering SOU’s commitment to implementing sustainable solutions,” said Roxane Beigel-Coryell, SOU’s sustainability and recycling coordinator. “Increasing the university’s solar energy resources is a crucial step to reduce greenhouse gas emissions and support Ashland’s renewable energy generation goals.”

Expanding solar energy production on campus is one of the many strategies SOU is pursuing to reduce its environmental impacts and build a better university for the future. The university is committed to reducing greenhouse gas emissions and achieving carbon neutrality by 2050.

After this fall’s solar projects are completed, SOU will have eight arrays on seven buildings with total capacity of 391.45 kilowatts. The anticipated solar energy generation will increase 57 percent to 535,665 kilowatt hours per year, from the current 340,700 kilowatt hours.

The first new solar installation is scheduled to take place on Thursday, when 68 photovoltaic panels are placed on the new Student Recreation Center’s storage building. The array, funded by the SRC and the university’s Outdoor Adventure Leadership Program, will have a 23.8 kilowatt capacity. Its output will be fed back into the electrical grid and credited to SOU’s accounts, reducing the university’s utility bills.

Next up will be a 180-panel installation on the Student Recreation Center, which is expected to start Oct. 1 and wrap up in November. That array, with a 63 kilowatt capacity, is funded by the combined SRC and Lithia Motors Pavilion construction project. The power it produces will be fed directly into the SRC, reducing the building’s utility bills.

The third project will be at the university’s Hannon Library, where 159 panels with a generating capacity of 55.65 kilowatts will be installed in the late fall and early winter. That array will be funded by the Associated Students of Southern Oregon University’s Green Fund, and the student government organization will be paid by the university for the electrical power that will be fed directly into the library.

“The solar (array) being installed on the library is especially exciting because it’s made possible through a unique funding model proposed by SOU students,” Beigel-Coryell said. “This project, funded by SOU students, will provide the university with more renewable energy generation while providing the student Green Fund with revenue each year to fund more sustainable projects on campus.

“We haven’t seen this particular funding structure used on any campuses yet and we hope to serve as a model for other schools to leverage available resources to implement renewable energy projects and provide revenue for sustainable solutions.”

SOU’s first solar installation was a 24-panel, 6 kilowatt array that was placed on Hannon Library in 2000 and it still generating electricity at 70 to 80 percent efficiency. The university also has arrays on the Higher Education Center in Medford (56 kilowatts), the Stevenson Union (31.59 kilowatts), and the McLoughlin (73.7 kilowatts) and Shasta (82.5 kilowatts) residence halls.

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