Cal Poly Opens New 4.5 MW Solar Farm

Cal Poly Solar Farm Source: Cal Poly

 

Cal Poly’s new solar farm, the university’s first major energy project since announcing a goal of climate neutrality, was dedicated at a Wednesday, Jan. 24, ceremony at the site.

According to the university, the 18.5-acre solar farm will generate more than 11 million kWh per year — or about 25% of Cal Poly’s total needs — and includes more than 16,000 individual solar panels with a capacity of 4.5 megawatts (AC).

In addition to the environmental benefits, “the energy the solar farm produces will provide direct savings of about $10 million on Cal Poly’s utility bills over 20 years,” said REC Solar CEO Matthew Walz in an interview with Energy Manager Today.

Cal Poly partnered with San Luis Obispo-based REC Solar to design, construct and maintain the solar facility. REC Solar is a Duke Energy-owned company and a provider of solar solutions for colleges, universities and school districts with more than 100 completed solar projects for schools that together generate over 30 megawatts. REC Solar also develops solar curriculum and other means of academic enrichment for school clients.

The Cal Poly project uses single-axis tracking technology to follow the sun across the sky, producing nearly a third more energy than a stationary system. It was financed by REC Solar via a power purchase agreement (PPA) with Duke Energy Renewables, which allows Cal Poly to purchase energy at a lower rate, without paying any upfront costs for the system construction and maintenance.

“What made this project such a success was the all-in collaboration effort; not only from the REC team internally and with our contractors, but from all of the impacted Cal Poly groups we worked with throughout, as well as SLO County,” said Kim Strickland, senior project manager, REC Solar, a Duke Energy Renewables Company, in an interview with Energy Manager Today. “Overall, the project was executed as planned, and it took daily effort and cooperation from all parties to accomplish. What we learned was how valuable the planning/design phase is for a smooth construction process. While there were things we may do differently in the future, all-in-all we are extremely proud of the Gold Tree Solar Project.”

Academic Application

The solar farm was designed to maximize academic applications for both students and faculty by creating a solar engineering and microgrid laboratory in the Electrical Engineering building for students to conduct experiments with solar technology in a hands-on environment. A wide variety of solar farm performance data will be continuously measured and made available through a web-based dashboard to aid in solar technology research.

In addition, Cal Poly’s Animal Science program will use the site to research vegetation management practices for utility scale solar farms by grazing the site with its sheep herd.

“We applaud Cal Poly’s creativity in leveraging the system to inspire research in sustainability for years to come. REC Solar is privileged to be a part of the university’s sustainability journey,” said REC Solar CEO Matt Walz.

REC Solar is partnering with the university to provide funds for student and faculty involvement; help develop curriculum that meets Cal Poly’s sustainability learning objectives and educates future renewable energy professionals; and collaborate on applied research. The curriculum will integrate solar photovoltaic (PV) fundamentals into a variety of science and engineering courses and create new courses for renewable energy system design.

“This is a huge step toward our goal of climate neutrality, and we are very excited about using this new facility to support students’ hands-on learning,” said Dennis Elliot, the university’s director of energy, utilities and sustainability.

California’s Global Warming Solutions Act of 2006 set groundbreaking goals to cut the state’s greenhouse gas emissions to 1990 levels by 2020, and 80% below 1990 levels by 2050. The 23-campus California State University system, including Cal Poly, chose to go beyond state mandates in its 2014 Sustainability Policy, aiming to reduce its greenhouse gas emissions to 80% below 1990 levels by 2040 — 10 years ahead of the state goal.

For Earth Day 2016, university President Jeffrey D. Armstrong made Cal Poly a Charter Signatory to the Climate Leadership Commitment, establishing a goal to implement clean-energy plans and achieve a net-zero energy status through energy efficiency and renewable energy by 2050. The efforts also include LEED certified energy-efficient campus buildings, Cal Poly currently has seven LEED-certified projects that represent nearly a third of the campus’ 6 million square feet of building space.

 

 

 

Mark your calendars: The 3rd Annual Environmental Leader & Energy Manager Conference takes place May 15 – 17, 2018 in Denver. Learn more here.

 

Planning for a Sustainable Future
Sponsored By: VelocityEHS

  
Intelligent Buildings and the Impact of the Internet of Things
Sponsored By: Lucid

  
Energy Efficiency Playbook - Your Guide to Smarter Energy Management and Savings
Sponsored By: Lucid

  
Five Steps to HazCom Compliance
Sponsored By: VelocityEHS

  

Leave a Comment

User Name :
Password :
 
If you've no account register here first time
User Name :
User Email :
Password :

Login Now
Translate »