Fluorescent lights are a common sight in offices, garages, and basements—but they contain toxic mercury and use far more energy than newer alternatives. By phasing out fluorescents in favor of efficient LED bulbs, Rhode Island and Massachusetts can avert a needless health risk, save families and business money on utility bills, and curb greenhouse gas emissions.
For years, one of the unique advantages of being a Tesla driver has been having access to Tesla’s widespread and well-built public charging network. Now, that charging network is starting to open up to other electric vehicle (EV) drivers too.
Last week, the Internal Revenue Service (IRS) and Treasury Department made a change to the federal tax credit for electric vehicles (EVs) that changes the list of eligible vehicles for 2023. This is the second big update to the federal tax credit this year, following the January decision to postpone the implementation of the complicated battery and mineral requirements in the Inflation Reduction Act (IRA).
With winter in full swing, let’s talk about the change in range for electric car drivers. It’s no secret that cold temperatures reduce the range of a vehicle, whether electric or gas-powered. Recently, we hosted two webinars on the topic – one focused on winter driving in general and one focused on winter road trips. What better way to spend time indoors in the freezing cold today than catch up on the recordings?
The Massachusetts Department of Environmental Protection (DEP) recently filed the regulations needed to adopt the Advanced Clean Cars II (ACCII) regulations. As we’ve written before, these regulations are crucial for Massachusetts to reduce greenhouse gas emissions 50% by 2030. Now, there’s a chance for YOU to support these key rules, either by testifying in person before DEP on January 30 or submitting written comments by February 9. Here’s all you need to know to act.
Way back in the summer of 2021, the electric utilities in Massachusetts – Eversource, National Grid, and Unitil – proposed bold new electric vehicle programs to the Department of Public Utilities (DPU). For the next year, the DPU engaged in a formal process to weigh the utilities’ proposals. Green Energy Consumers served as an official “intervenor” in this docket, which means we advocated for what we thought the DPU should approve. Now, finally, a year and a half later, the DPU has issued its order, unleashing hundreds of millions of dollars for electric vehicle charging infrastructure over the next four years via Make Ready programs and rebates for charging installation (those are two separate but complementary things, as we’ll talk about below!).
May 2023 update: The utility programs are now live and taking applications! You can learn more about how much is available in incentives for residential consumers (single family, 2-4 unit buildings, and 5+) and how to apply here on our website.
When we talk about the environmental benefits of electric vehicles (EVs), we get a lot of questions about the lifetime greenhouse gas (GHG) impact of EVs vs internal combustion engine (ICE) cars. Electric cars don’t have tailpipe emissions when running on electricity, but battery manufacturing is an energy-intensive process. So how does the math work out? According to this report from the Union of Concerned Scientists (UCS), EVs have far fewer global warming emissions over their lifetime than ICE cars. Inthis blog, we'll break down the research from UCS and explain how EVs are cleaner and produce less total GHG emissions.
On December 15th, Rhode Island's Executive Climate Change Coordinating Council (EC4) approved the final draft of the 2022 Greenhouse Gas Emissions Reduction Plan. Green Energy Consumers, unfortunately, found the Plan lacking in several ways, which we will detail in this blog.
Rhode Island and Massachusetts both have mandates to reduce statewide greenhouse gas (GHG) emissions by 2030 compared to 1990 levels: 50% for Massachusetts and 45% for Rhode Island. Let’s take a look at the approaches they’re taking in the building sector, specifically – what they have in common, what’s different, and what might work.
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