We’re big advocates for incentivizing electric vehicle (EV) drivers to charge their cars off-peak by offering them a lower retail price per kilowatt-hour (kWh). “Off-peak” periods refer to times when demand for electricity is low – at these times, wholesale electricity prices and emissions per unit of energy are lower as well. Shifting EV charging demand by setting a price signal (sometimes call a “time-varying rate” (TVR) or “time-of-use rate” (TOU)) is a win for everyone: EV drivers, non-EV drivers, the environment, and our electric grid. Right now, the Massachusetts Department of Public Utilities (DPU) is considering whether and how to move forward on this issue – and we wanted to give you an update on progress made so far. (Fair warning: if ever there was a blogpost for the policy wonks, this is it!) 

When we talk about the intersection of transportation and the environment, we’re often talking about greenhouse gases, like carbon dioxide and methane, that trap heat in the atmosphere and warm our climate. However, the combustion of fossil fuels also releases co-pollutants – like nitrogen oxides, sulfur oxides, and particulate matter – that form ozone and smog and make air unhealthy. Unlike greenhouse gases, which contribute to global climate change no matter where they’re released, co-pollutants have the biggest impact in the communities close to where they’re emitted.  

A new report by Consumer Reports has found that the average electric vehicle (EV) driver saves between $6,000 and $10,000 in lifetime costs compared to a gas-powered car. Their analysis considered a survey of 10,000 EV drivers and a review of depreciation, financing, sale prices, and fuel costs to reach a remarkable conclusion: EVs, like those that are available through our Drive Green program, win out compared to the best-selling, top-rated, and most-efficient cars in their class.  

In April 2020, while the economy shuttered and infection rates for COVID-19 in the US skyrocketed, pickup truck sales exceeded sedan sales for the first time. Passenger cars are the largest contributor to greenhouse gas emissions, and more people than ever believe man-made climate change is happening. So how are biggest gas-guzzling cars taking over the industry?

There is so much happening these days it’s hard to track everything, but if you haven’t heard much about the Transportation & Climate Initiative (TCI), you will soon. It’s an idea that could result in a compact of 11-states (plus D.C.) in the Northeast and Mid-Atlantic to address transportation emissions. It would do so by setting a cap on emissions, a cap that declines over time. 

On Wednesday, September 23, 2020, Governor Gavin Newsom of California issued an executive order that announced California would require all new cars and passenger trucks sold in the state to be Zero-Emission vehicles (ZEVs) by 2035.  

It’s imperative that we all switch from internal combustion engines to electric cars for several compelling reasons. The most important is that reducing greenhouse gas (GHG) emissions enough to save the planet depends upon it. But what’s particularly exciting is: we can magnify the benefits of EVs by managing when we charge them.

In the United States car market, big cars rule. In April 2020, crossovers, pickups, and SUVs together made up 70% of new vehicle sales in the “light” vehicle market. 70%! As we work to accelerate the adoption of electric vehicles (EVs), it’s clear that we need competitive EVs in these segments. There are already some excellent larger EVs available – check out the Hyundai Kona Electric, Mitsubishi Outlander Plug-in Hybrid (PHEV), Kia Niro EV and PHEV, Audi e-tron, or Tesla Model X on our Drive Green page. And we’ve previously written about the electric pick-up trucks headed our way. But automakers have announced or released several larger EVs that we’re keeping our eyes on. Here are the electric SUVs that we think are the ones to watch in 2020 and early 2021.

We at Green Energy Consumers Alliance like to connect the dots between technology, markets, and policy to help people make smart green energy choices. Electric cars help dramatically lower the carbon footprint of passenger vehicles, just as electric heat pumps replace the fossil fuels used to heat our homes; this is why we’re helping people to make the switch to both. But there’s an overlap between these two technologies that we find interesting and important.