Under the Act on Climate, Rhode Island must meet 4 different emissions reduction mandates: 10% below 1990 levels by 2020; 45%by 2030; 80% by 2040; and net-zero emissions by 2050.
Our newest report shows how Green Municipal Aggregation (GMA) allows a municipality to contract for cleaner, more affordable electricity for residents. Green Energy Consumers Alliance serves GMA programs in 21 Massachusetts communities and seven Rhode Island communities by providing additional renewable energy above and beyond what is required by state laws.
Green Energy Consumers Alliance and our allied organizations are certain that more legislation is needed if Massachusetts is to meet its greenhouse gas emission reduction mandates. This is especially true when it comes to the state's second-largest source of emissions, the residential and commercial building sector. No one bill or policy proposed in this session is sufficient by itself to meet these objectives. However, several complementary policies have been proposed together that would move us away from fossil fuels and towards electrification.
The propane industry has been advocating for the use of renewable propane to reduce emissions for their customer base. According to 2022 American Community Survey estimates, 153,000, or about 5 percent, of homes across Massachusetts and Rhode Island use propane as their primary heating fuel. That is a large enough number to take a close look at what renewable propane is all about. This blog provides a brief introduction to the fuel, if it will ever be affordable, and its climate impacts.
The electric vehicle revolution is well underway, promising a greener, more sustainable future for the automotive industry. However, despite the growing popularity of electric vehicles (EVs), several significant hurdles are obstructing their widespread adoption. At the forefront of these challenges are supply chain issues, particularly concerning critical components like batteries. Among the most pressing concerns is the heavy reliance on rare and essential minerals, including lithium, cobalt, and nickel, which are indispensable for battery cathodes. We’ve written before about the human rights and environmental issues with mineral mining, and that’s something we’re continuing to learn about. This blog post is more focused on the economic side. Though the supply chain for these vital materials is far from stable, and the necessary infrastructure is not yet fully developed, the last year has seen some significant progress – particularly thanks to the Inflation Reduction Act.
As more and more people switch from gas-powered cars to electric vehicles (EVs), we hear a lot of questions along the lines of “can the grid handle it?” Sometimes that question is about supply and emissions (i.e. will we have enough clean energy resources to supply all the kilowatt-hours of electricity those EVs will need?), sometimes it’s about reliability (can the infrastructure handle it?), and sometimes it’s about costs. We've written before about how we have time and tools to prepare for this transition. This blog specifically addresses the question of the grid costs of increased EV adoption.
The Regional Greenhouse Gas Initiative (RGGI), a cap-and-invest program among Northeastern and mid-Atlantic states to reduce CO2 emissions from the power sector, is currently undergoing its third program review. This means the participating states, including Rhode Island and Massachusetts, are collectively examining the successes, impacts, and design of their CO2 budget trading programs, and considering updates to the program design. We see this third program review as a real opportunity to strengthen RGGI in a way that would significantly and equitably drive down power sector emissions and have been following the process closely. We have been told that the process will conclude by the end of the year. Here is what we know:
Back in January, we wrote aboutthe approval by the Department of Public Utilities (DPU) of $400 million for electric vehicle (EV) charging in Massachusetts. Since then, both National Grid and Eversource have rolled out new incentives for both infrastructure upgrades and charging hardware. (Our incentives pagedetails the incentives available to residential consumers; see this pagefor commercial incentives).In addition to approving these programs to address the upfront costs of installing charging, the DPU approved a new program through 2032 to address ongoing costs for commercial entities (including municipalities): specifically, demand charges.
We have been attending Rhode Island Energy’s (RIE’s) quarterly Power Sector Transformation sessions for a few years to learn about and advise on electrification initiatives in the state. At the most recent session, we learned that Rhode Island plans to submit an Electric Vehicle Program Filing with the PUC this Fall. Given that transportation is the largest source of Greenhouse Gas (GHG) emissions in the state, RIE’s EV programming will be a key piece of Rhode Island’s approach to meeting the emissions reduction mandate of the Act on Climate. Recognizing this important role, we submitted this memoto key stakeholders detailing what we think RIE EV programs must include to result in adequate emissions reductions. Below are our four main points:
In previous blogs, we expressed strong support for a Clean Heat Standard (CHS) as a policy to decarbonize the building sector. We have also expressed vehement opposition to the notion put forth by gas utilities of allowing renewable natural gas and hydrogen to be considered clean heat. This blog covers the question of whether biodiesel ought to be given credit as clean heat when blended with regular heating oil. Biodiesel is a renewable, biodegradable fuel manufactured from vegetable oils, animal fats, or recycled restaurant grease.
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