Tesla Powerwall

The Rising Energy Storage Revolution

Electric vehicles are part of a sustainable energy/transportation ecosystem that also includes charging infrastructure, smart grid technology, and renewable energy. The key that ties all of these components together is energy storage. Storage, specifically batteries, is the enabling technology that makes modern EVs possible, and that makes renewable energy viable. Battery storage also provides a number of other benefits for the electrical grid, such as load balancing and frequency regulation.

Tesla Cuts Hit Close To Home

My follow-up report to my last CleanTechnica dispatch — the article in which I explained the basics of the my solar array/Powerwall/charging station installation — was supposed to be a show & tell from the Tech Talk Tesla Energy personnel. It was planned at my house for June 23. This would have been a brief presentation by our Tesla Energy Advisor as to the overall installation of our 8.125 kW array and support equipment as well as the advantages of having a Powerwall in the loop and a charging station, for those fortunate enough to have already moved to electric vehicles. I planned on giving rides in my Model S and at least one Model 3 owner was expected to attend.

Our Tesla Solar Home Update — It Just Gets Better & Better!

As I write this on a Tuesday morning, we are just beginning our 5th week of operation of our Tesla solar array + Powerwall setup. I thought it would be a good time to share the operational experiences and learning curves we’ve gone through to optimize operation and minimize our exposure to grid-supplied power. For anyone who hadn’t read my first article about the Tesla Energy experience, the short version is that we installed an 8.125 kW solar array on a predominantly south-facing roof on our 2800 sq ft colonial located in the woods 6 miles to the west of the village of Woodstock, VT. In addition to the array, we had Tesla Energy install a Powerwall 2 and a dedicated 48 amp vehicle charger.