University of Connecticut
OP-6: Clean and Renewable Energy

In the fall semester of 2016, 42 solar thermal panels on top of the new STEM residence building began producing hot water. They are estimated to provide approximately 35% of the building’s heating requirement.

UConn also has two 3.3 kW solar photovoltaic arrays (one at C2E2/Depot Campus and another on the Werth Tower rooftop) and an 8.28 kW solar PV array, which sits on top of the Reclaimed Water Facility on the Storrs Campus. Although not counted above, UConn has a 400 kW hydrogen clean energy fuel cell near C2E2 on the Depot Campus. This fuel cell generates electricity through an electro-chemical reaction rather than combustion. The fuel cell prevents the release of approximately 831 metric tons of CO2 per year vs. a comparable conventional fossil-fueled generator and, because energy is produced without combustion, emits near zero other harmful air pollutants.

http://news.engr.uconn.edu/exploring-solar-energy-at-uconn.php

http://today.uconn.edu/2012/04/uconn-commissions-fuel-cell-power-plant/

The fuel cell is on University property, but is owned and maintained by an outside company. UConn purchases the power from this company through a power purchasing agreement (PPA).

UConn Facilities has recently hired an energy analyst company and the company has a scope of work focused on procuring renewable energy for the University through PPAs, for installations that would be off-campus (virtual net metering) or on-campus. An RFP has been drafted and UConn's goal is to participate in the CT DEEP LREC/ZREC auction as an off-taker for a renewable energy project by late Spring of 2018.

From 2013-2016, UConn participated in the ConEdison Solutions GREEN Power Program, in which the University agreed to purchase 18 percentage points more renewable energy than what the CT Renewable Portfolio Standard mandates that year. However, in 2015 a REC certificate was given to UConn that showed all, or 100%, of the purchased electricity came from Texas wind, a renewable source of energy. It is assumed that this is the case for 2016. Additionally, starting in 2017, this has been formalized in an updated contract with a new vendor, Direct Energy, where the imported electricity will comprise of 100% renewables. Electricity is only purchased when UConn cannot supply all of the necessary power from our Co-Generation Central Utility Plant. On average this amounts to about 5-7% per year of our electricity usage at the main campus.

Other means electricity generated by UConn's 400 kW clean energy hydrogen fuel cell and occasionally, distillate oil (#1-4) that is burned in the on-campus cogeneration facility when/if natural gas curtailment is in effect.

A hydrogen fuel cell, even one which extracts hydrogen from natural gas, is a clean source of electricity and thermal energy, yet it is not eligible. It would increase our percentage above considerably. We have a 400kW fuel cell on our campus, reliably generating nearly ten times the electricity generated from our solar arrays. A hydrogen fuel cell generates electricity and heat through an electro-chemical reaction, not combustion. It produces no air emissions, like HAPs, NOx or SO2. AASHE should allow this to be counted as a clean energy source!!