Last month, we predicted that summer temperatures might drive high demand — high enough to cause a peak day! Indeed, despite the depressive effect of the COVID-19 pandemic on regional electricity demand, weeks that saw 90+ degree days across New England were enough for us to call peaks on July 20th, 27th, and 28th. A peak electricity demand day is a day on which extreme weather (usually hot temperatures) leads to a spike in electricity demand; these spikes are associated with more expensive and polluting electricity than usual.

Last month, we covered some of the impacts that COVID-19 and the resulting stay-at-home orders have had on our electric grid. This month, the pandemic has continued to drive low electricity demand and record low electricity prices. Even better, low demand and higher than ever solar production has led to a greener grid. But as temperatures rise and stay-at-home orders relax this summer, can we expect low demand, prices, and emissions to continue?

Over the past two months, the world’s daily patterns have changed drastically. As we know from Shave the Peak, even small changes to routines, especially during peak hours, can have an outsize impact on the emissions, costs, and fuel mix of our electricity system. So it’s no surprise to see that the pandemic and the subsequent stay-at-home orders have shifted many aspects of the electricity mix, here in New England and beyond. In fact, the average cost of electricity during March was the lowest in market history, in large part because of the pandemic.

So what’s going on in our electricity mix, and why? And perhaps most importantly, what lessons from the pandemic’s impact on the electric system should we be taking into the future?

Have you been hearing from "green" electricity suppliers like CleanChoice Energy? You might want to support renewable energy, but are skeptical if your money will actually go toward shifting our electricity away from fossil fuels.

This is a valid concern, and (because of our awesome Green Powered electricity program) one we hear often. That's why we address it pretty regularly on our blog.

Green Energy Consumers Alliance supports the idea that we need to electrify everything. By shifting sectors that have been historically powered by the combustion of fossil fuels, such as heating and transportation, to electricity, we can dramatically reduce emissions in the short-term while setting up a path to a net zero-carbon society in the long-term.

We are pleased to release the second edition of our “Green Municipal Aggregation in Massachusetts” status report. A lot has happened in the field since our first edition in the spring of 2018 necessitating this update. If there is one key takeaway, it’s that GMA has proven to be a way to bring more renewable energy to communities affordably and equitably.

CleanChoice Energy is at it again & needs to be stopped.

Recent developments cause us to say again that Massachusetts is not doing enough to protect consumers from electricity suppliers making deceptive claims about pricing and the greenness of their electricity.

We take great pride in the fact that we, along with a company called Good Energy, took the model of municipal aggregation (a.k.a. community choice energy) and made it truly green. We did so with our pioneer partners, the City of Melrose and the town of Dedham. In 2016, those communities used the buying power of their residents to secure an affordable electricity rate that includes more local renewable energy than required by state law. Since then, over a dozen communities have joined the movement and added more renewable energy to residents' electricity supply - most recently Medford, Bedford, and Rockland. Green Energy Consumers is proud to be providing that additional incremental amount of renewable energy.

The first thing most people do when they walk into a room is to turn the lights on. But most people do not think of how that power got there and where it came from. In reality, electricity is a complex system responsible for the generation, transmission and distribution of electrons. So how do we know if the electricity we’re using came from renewable energy or not? The answer: Renewable Energy Certificates (RECs). But in order to understand how RECs work and how they do their part to clean our grid, we must first understand how the grid brings electricity to our homes and businesses, and how it operates as a whole.

This is an update from previous blogs on the subjects covered here.

Have you recently received salespeople at your door or offers in the mail from competitive electricity suppliers? They lay the pitch on thick with too-good-to be true rates and feel-good energy mixes. It may seem hard to poke holes in the pitch, but under the smiling surface, many of these suppliers use smoke and mirror marketing to get their foot in the door and your signature on a contract.