By Cavan Merski, data analyst, Pecan Street – We were interested to see how our homes in these two regions compared now and what will happen in the future as climate change brings warmer summers to most of the country, so we performed a series of regressions to explore differences in the cooling load between homes in Austin, TX homes and Ithaca, NY.
Pecan Street’s new Charging Smart whitepaper concludes that utilities can save up to 41% on serving their residential electric vehicle charging loads by deploying smart charging technologies. Charging Smart analyzes future residential EV charging scenarios to identify opportunities and challenges for the grid and makes policy recommendations for utilities on how to advance smart charging technologies that will unlock EV charging as a significant grid management resource tool.
Over the last 10 years of conducting research on electricity use and advanced technologies like electric vehicles and solar systems, my colleagues at Pecan Street have found there are four key technology roadblocks that are holding back innovation and adoption of cleantech products, services and systems.
By Suzanne Russo, CEO, Pecan Street – Our new white paper uses Pecan Street’s unique datasets of home energy and water use data to estimate the climate emissions potential of residential electricity and water conservation and identify the household energy uses with the highest water intensity and the water uses with the highest energy intensity.
Converting Texas homes to electric heat would reduce climate-warming pollution, save Texas households up to $452 annually on their utility bills, and flip the state from a summer-peaking to a winter-peaking system.