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Project Updates for collection: Renewable Energy Projects

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  1. archived info - previous project description, pre iCAP 2020

    Associated Project(s): 
    Carbon-Neutral Energy for Campus

    Assuming that our conservation efforts will cut our energy needs in half, we will have to find ways to produce and/or purchase roughly 250,000 MWh/yr of electricity and 250,000 MWh/yr of heat in a carbon-neutral manner.  Campus has made good progress in reducing GHG emissions since FY08, largely due to improvements in the energy efficiency of buildings.  Looking ahead, we expect to see continued reductions due to improvements in energy efficiency and additional energy conservation efforts.  However, in order to achieve zero GHG emissions, it is also necessary to change the way we generate, distribute, and purchase power.

  5. 12/18 Zero Waste SWATeam Meeting

    Associated Project(s): 
    Zero Waste iCAP Team
    Food Waste Reduction
    Large-Scale Food Waste Composting
    Increase Recycling through the WTS
    Reuse Surplus Goods and Valuable "Waste"
    Develop Sustainable Purchasing Policies
    Sustainable Procurement Reports
    Sustainable Procurement Reports
    Grind2Energy

    Attached are the meeting minutes from the Zero Waste SWATeam on 12/18/2020. The following agenda items were discussed:

    • Grind2Energy Additional Scope.
    • NERC membership.
    • Mask Terracycle Program.
    • Organics Master Plan.
    • Vending Machine Single-Use Plastics Replacement.
    • Mitigating single-serve options in third-party vendors in Union.
    • Reusable dining operations during COVID.
    • Reuse of Surplus Goods.
    • Battery Recycling Options.
    • Purchasing Order Fufillment: Sustainable Options.
    • Purchasing Sustainability Digital Booklet.
    • Food Waste Reduction Webinar Engagement Opportunity.
    • Sustainability Integrations within punch-out catalogues/iBUY.
    Attached Files: 

  6. Funding Award: Living Lab Platform for CIF geothermal

    Associated Project(s): 
    Geothermal at the Campus Instructional Facility (CIF)
    Student Sustainability Committee (SSC)

    The SSC approved $9,318.16 in funding in Fall 2020 for a Living Lab Platform at the CIF. This project expires 12/16/2022.

    Attached Files: 

  7. Re-Home Wall Rehab and Siding

    Associated Project(s): 
    Illinois Solar Decathlon
    Student Sustainability Committee (SSC)

    The SSC approved $60,000 in funding for re-home wall rehab and siding in Fall 2020. The project expires 12/16/2022.

    Attached Files: 

  8. Sol Systems Blog about SEE Fellows student project

    Associated Project(s): 
    Solar Farm 2.0
    Sustainability Minor
    Independent Student Projects

    Sol Systems published a blog today sharing information about the collaborations with the UIUC Sustainability, Energy, and Environment Fellows program, the campus-wide minor in sustainability.  

    "This past week, two groups of students from the University of Illinois Urbana-Champaign presented to Sol Systems regarding their findings through the university’s sustainability minor capstone course. The students conducted an emissions audit for supply chain and land-usage for the university’s second utility-scale solar project, Solar Farm 2.0, a 54-acre, 12.3 MW dc system on the Urbana campus that is being developed by Sol Systems. The presentation and partnership served as part of Sol’s sustainability initiatives and acts as the foundation for building Sol’s framework for future and current solar project developments...."

    Read the full post online at https://www.solsystems.com/groundwork-for-solar-sustainability/. 

  9. Daily Illini article about impacts of covid-19 on iCAP

    Associated Project(s): 
    iCAP 2020: Illinois Climate Action Plan
    Sustainability Council
    Student Sustainability Committee (SSC)
    Encourage Telecommuting
    Achieve Zero Waste
    Improve Space Utilization
    Off-campus Solar Farm 3.0 PPA
    Geothermal on Campus
    Carbon Capture

    The Daily Illini published an article about the impacts of covid-19 on the campus sustainability efforts. One key message is that, even with some delays associated with the pandemic, we are still determined to move forward.  The conclusion of the article says: 

    Mohamed Attalla, executive director of Facilities and Services, said there are lots of initiatives to reach carbon neutrality in terms of energy and hopes to reach 400,000 metric tons of CO2 this year.

    Attalla said the addition of a third solar farm, advances in geothermal energy and research in carbon capture contribute to achieving carbon neutrality and that long-term, COVID-19 should not be a problem.

    “Maybe we’re behind a little in implementing some projects, but we’ll be able to catch up,” he said. “I don’t think there will be a long-term impact on the iCAP implementation.”

    White also said she doesn’t anticipate any long-term problems with achieving the iCAP goals and believes it’s important for the University to lead by example when it comes to sustainability.

    “I really believe that accomplishing the iCAP goals is something we can do, we need to do and we will do,” she said. 

    “Climate change isn’t waiting for us,” Edwards said. “(The University is) the laboratory for science, for humanities, for arts …  all those kinds of things show what is possible of humanity.”

    “If we’re going to call ourselves leaders, then we need to lead,” he said.

    https://dailyillini.com/covid-10/2020/12/08/covid-19-pandemic-impacts-un...

     

  11. Measuring geothermal energy

    Associated Project(s): 
    Geothermal on Campus

             Geothermal heat exchanger systems consist of two main components: (1) heat pumps, and (2) ground loop. The heat pump capacity is associated with the capability of a GHP system to extract heat from the ground. The size of geothermal heat pumps is measured in tons where 1 ton = 12,000 btu/h, and determined according to the profile of the heating and/or cooling demand of the facility. Meanwhile, the loop field and its size in terms of length and depth are based on the size of equipment, soil type, and average temperature, and climate conditions.  

    Furthermore, other metrics measure the system performance and its efficiency. Coefficient of Performance (COP) is the ratio of useable thermal energy to the thermal equivalent of the electricity used to operate the system. Energy Efficiency Ratio (EER) represents the ratio between the cooling output (in Btu/h) and the energy (electricity) input (in Watt). Also, The SEER is a measure of central air conditioning efficiency over an entire season. Higher COP, EER, or SEER means higher heat pump efficiency.

             The ground source heat exchanger system can be implemented in conjunction with an existing heating system that depends on another type of energy such as liquid propane. To accurately calculate the reduction in energy usage after the installation of a ground source heat exchanger, the system has to be modeled as a hybrid system. Detailed information (system type, fuel, capacity, power consumption, time of usage) of this hybrid system is needed to assess the adequacy of a GHP system's performance in addressing the building’s heating and cooling needs. Assuming that the ground heat exchanger design data and the existing system are known, then the actual performance metrics of the system may be simulated using commercially available software such as eQuest or GLHEPro.

              Once the system is installed, a data collection system can measure, track, and report the actual performance of the ground heat exchanger system. First, determining the electricity consumption of a GHP system requires sub-metering of the GHP system. Second, is heat exchange performance data. This includes the measured entering/exiting water temperatures and circulation rates for the heat pump over time.  Modern GSHP units already incorporate sensors to monitor energy usage and the entering and exiting fluid temperatures.

  14. Solar Farm construction update for November 2020

    Associated Project(s): 
    Solar Farm 2.0

    F&S Management Engineer, Sushanth Girini, provided an update on the Solar Farm 2.0 construction progress.  One key point is that 65% of the panel installation is complete as of 11/23.

     

    Points regarding the progress: 

    • Currently the project is working on installing all the panels on the posts. As of Nov. 23, 2020, Sol Systems completed 258 out of 399 rows of panels, so approximately 65% of panel installation is complete.
    • The pads have been poured and all major equipment placed (inverters and transformers), currently working on wiring the whole network. The mechanical in service (construction complete without inspection & commissioning) date is Dec 16th 2020 as per current schedule.
    • Received all panels on site, racking equipment and all major equipment such as inverters and transformers, awaiting the switchgear delivery, which is due on 11/30.
    • Working with U of I's F&S Waste Management team to achieve a zero waste goal for this project by recycling all the boxes and other materials.
    • Every employee who works on site is checked for temperatures before entering the site as a safety precaution against covid-19.

    Thank you,

    Sushanth Girini

  15. Andrew Li will be getting an update for the small scale solar projects

    Associated Project(s): 
    Solar Power on Campus

    Andrew Li, Halie Collins, and Morgan White met today to launch a student-led project to get an update for all the small scale solar projects on campus.  Andrew will be reaching out to the project contacts over the next few months to get a status update and associated photos, links, etc. for each project.  He will then update the iCAP Portal accordingly.

  16. Energy SWATeam Meeting Minutes from 11-17-20

    Associated Project(s): 
    Energy iCAP Team
    Anaerobic Digester at Beef and Sheep Study
    Building-Level Energy Usage Report

    On November 17th, the Energy iCAP Team met to discuss student, staff, and chair priorities for forming new recommendations. The team decided on starting to develop three different recommendations in the future:

    (1) Requiring campus buildings to comply with state Energy Code Compliance;

    (2) Encouraging labs on campus to save energy;

    (3) Educating students in residence halls about reducing energy consumption.

    Agenda, meeting minutes, and chat log are attached.

    Attached Files: 

  19. 11/13 Zero Waste SWATeam Meeting

    Associated Project(s): 
    Zero Waste iCAP Team
    Vermicompost
    Large-Scale Food Waste Composting
    Food Literacy Project
    Develop Sustainable Purchasing Policies
    Grind2Energy

    Attached are the meeting minutes and chat from the Zero Waste SWATeam meeting on 11/13.

    Discussed were the following topics:

    • Update: Adopt-a-highway/Clean-up Program
    • Composting Partnership: Alex Poltorak of Urban Canopy
    • Student Project: Vermiculture Composting
    • Grind2Energy Additional Scope
    • Food Literacy Project
    • Update: Clean Plate Program
    • Purchasing Sustainability Update

  20. 11/13 Zero Waste SWATeam Meeting

    Associated Project(s): 
    Zero Waste iCAP Team
    Large-Scale Food Waste Composting
    Food Literacy Project
    Develop Sustainable Purchasing Policies
    Grind2Energy

    Attached are the meeting minutes and chat from the Zero Waste SWATeam meeting on 11/13.

    Discussed were the following topics:

    • Update: Adopt-a-highway/Clean-up Program
    • Composting Partnership
    • Student Project: Vermicompost
    • Novel Scope Addition: Grind2Energy
    • Update: Food Literacy Project
    • Update: Clean Plate Program
    • Update: Sustainability within Purchasing (Website & Protocols)
    Attached Files: 

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