Brigham Young U Hawaii Completes Solar Energy Plus Battery Installation
The recently completed photovoltaic energy system that includes three rooftop and five carport installations plus battery storage is projected to meet approximately 39 percent of the university's energy needs annually. The university financed the project through a 20-year power purchase agreement.
Gallaudet U to Install Photovoltaic & Energy Storage Microgrid
Expected to go online by fall of 2023, the microgrid will consist of 2.5 megawatts (MW) of photovoltaic panels spread across numerous campus rooftops and parking garages, a 1.2 MW/2.5-megawatt-hour (MWh) lithium-ion battery energy storage system, and a 4.5 MW combined cooling, heat, and power system.
U Massachusetts Amherst Announces 100% Renewable Power By 2032 Goal
The university on Earth Day unveiled UMass Carbon Zero–a vision to power the university's 1,500-acre flagship campus with 100 percent renewable energy by approximately 2032. Among other changes, the university plans to transition from fossil fuel-based steam and electricity production to a low-temperature hot water heating system paired with ground-source heating and cooling, and to use a combination of onsite battery-stored solar energy and purchased clean energy.
Virginia Tech Begins 2.1 MW Solar Electric Project
The new project involves 2.1 megawatts of solar arrays on seven Blacksburg campus buildings. A third party will develop and initially own and maintain the arrays and sell the power to the Virginia Tech Electric Service through a power purchase agreement for six years. After that, Virginia Tech plans to purchase and maintain the systems for the remainder of their 30-year useful lives.
Stanford U Produces 100% Renewable Energy
A 63-megawatt solar photovoltaic plant came online in March, along with a 200-megawatt battery energy storage system, that enables the university to produce more renewable energy than it uses. Excess energy generated goes onto the California electric grid.
U Virginia Aligns Building Standards With Carbon Neutrality Goals
The University of Virginia recently updated its building standards required for all future construction projects to further the institution’s progress in meeting its goals to be carbon neutral by 2030 and fossil-fuel free by 2050. Starting this year, new buildings are restricted from adding infrastructure for the onsite combustion of fossil fuels, such as natural gas, for heating or other uses, unless required for safety or emergency back-up systems.
U Surrey Enters Renewable Energy Partnership
(U.K.) The university recently announced a strategic partnership that will significantly increase the onsite renewable energy generation from 0.1 percent to 20 percent of total annual demand.
EPA Releases Top 30 Green Power Usage List
The U.S. Environmental Protection Agency recently released the top 30 college and university Green Power Partners, as ranked by green power use. The University of California, Arizona State University and the University of Iowa are the top three ranked (respectively) higher education institutions for their usage of green power. Ten institutions on the list purchase green power in an amount equal to or exceeding 100 percent of their institution-wide electricity use.
MIT Initiates the Energy Systems Research Center
Working with energy partners, the new research consortium, the Future Energy Systems Center, aims to address the climate crisis and the role energy systems can play in solving it. The center investigates the emerging technology, policy, demographics and economics reshaping the landscape of energy supply and demand, then conducts integrative analysis of the entire energy system.
American U Removes Smokestacks
During winter break, two 100-foot smokestacks at American University that were part of the AU campus skyline for more than 60 years were removed. This is the final step in the university’s conversion to a low-temperature hot water heating system that is projected to reduce carbon dioxide emissions by approximately 40 percent.
U Maine Presque Isle to Install 377KW Photovoltaic Array
Currently under construction is a 377-kilowatt, grid-connected solar array that once completed is estimated to save the university about $42,000 in electricity costs per year. A unique aspect of the modules being used is that they are bifacial panels, meaning the back sides of the panels capture reflected sunlight from the ground, which results in about an 8 percent increase in energy generated.
