Registration is now open for Pecan Street’s upcoming webinar ‘Shifting Energy Use Due to COVID-19: A conversation with Pecan Street’s CTO about our new analysis.’
As the patterns of our lives shift in response to COVID-19, our energy profiles are shifting, too. Overall, electricity demand has decreased and is expected to remain lower as commercial buildings, factories and other large electricity users slow or stop operations. Residential use, on the other hand, is expected to rise as we shelter in place. On March 12, Bloomberg claimed “Every day’s a weekend.” But it’s now a day with more people at home using more devices for Zooming, streaming and gaming.
Pecan Street has been monitoring electricity use and generation from hundreds of homes in our research network for nearly a decade. Many of these homes have rooftop solar and electric vehicles, and we’ve been measuring each home’s total energy use as well as use from individual circuits, like heating/cooling, EV charging, refrigerator, etc. With all of the data at our fingertips, we decided to take a look at how our participants’ energy profile has changed since COVID-19 sent everyone home.
Our analysis of March 2020 data was covered by Greentech Media, and on Friday, we’ll be unveiling the analysis of April 2020 data.
Our CTO, Scott Hinson will present on how these behavior patterns are impacting our overall use, where energy use is changing, and why it matters.
- Friday, May 15, 1 PM CDT
- Webinar will be held via Zoom
- The webinar is free but will require registration (below)
Can’t join us on the 15th? Email us here and we’ll send you the recording after the webinar.
About the Speaker:
- Scott Hinson – CTO, Pecan Street: Scott leads activities and electrical research at the Pecan Street Lab. He worked at a thin film CIGS solar module manufacturer where he led module packaging, performance, certification and reliability efforts. Prior efforts include work in the military, medical, consumer and oil industries developing power supplies, precision measurement equipment and inductive heating technologies. Scott received his B.S.E.E. from The University of Texas at Austin with undergraduate specializations in both communications systems and power distribution. Scott was awarded the 2015 Outstanding Engineering Award for “transforming the world’s understanding of consumer and community electricity usage” by the the IEEE Power Engineering Society Central Texas Chapter. He is also a contributing author to Transmission & Distribution World Magazine.