Most of us still burn fossil fuels to heat our buildings, make hot water, cook, and dry our laundry. But recently, there’s been a welcome surge of interest among consumers in ways to switch to cleaner, more efficient heat pumps, induction stoves, and electric clothes dryers. To reach net-zero greenhouse gas emissions, we have to keep it up until we zero out our use of methane, oil, and propane. Towards that end, we have been giving many presentations on how federal and state incentives can make home electrification more affordable and how a Clean Heat Standard (CHS) would set us on a steady path toward zeroing out those emissions. In this blog, we want to highlight one particular benefit of a CHS: the flexibility it gives consumers in when and how they get off fossil fuels.

A few weeks ago, we wrote a blog explaining why renewable natural gas (RNG) and hydrogen should not be mixed in with natural gas (methane) and sent through pipes to heat buildings. That blog focused on RNG – how there’s not enough to go around, that we don’t really know how much it will cost, and that getting to net-zero carbon emissions means phasing out combustion in all its forms. This blog will focus on the other fuel some stakeholders are pushing: hydrogen.

Late on Friday afternoon, November 18, Eversource filed its Basic Service power supply rate (excluding delivery rates) for its eastern Massachusetts territory for the period of January 1 through June 30, 2023, with the Massachusetts Department of Public Utilities (DPU). That supply rate came in at 26 cents per kilowatt-hour (kWh), up from 15.8 cents/kWh for the same period in 2022 and 11.8 cents/kWh in 2021.

If you haven’t seen it yet, you will. Gas utilities everywhere are putting out propaganda that they can decarbonize the gas that flows through our pipes to heat our homes and businesses. National Grid, one of the major utilities in Massachusetts and New York, has produced a document with its vision of a clean energy future. If you read through the paper carefully, you will see how important it is to the gas utility to mix Renewable Energy Gas (RNG) and hydrogen with natural gas (fracked methane). Whether it’s in the public interest is a different question.

In recent weeks, gas and electric utilities have been announcing steep price hikes for the next few months – some starting on November 1 and some starting later. Consumers of heating oil and diesel fuel have also seen extraordinary retail price increases compared to a year ago. It’s a topic that Green Energy Consumers Alliance has been monitoring with an eye toward the short run and the long run. So, when our good friends at Metro West Climate Solutions asked for a presentation on why energy prices are so high this coming winter and where are headed, we were happy to oblige and join them for a webinar on October 25. You can watch a recording of the webinar here.

The U.S. Energy Information Administration (EIA) released its annualWinter Fuels Outlookon Oct. 12, predicting that heating costs this winter will increase significantly. Natural gas heating in the Northeast is expected to increase by 23%. For households that heat with oil, you can expect to spend 27% more this winter than last.A combination of two factors is driving this winter’s trend: cooler weather and higher prices due to supply constraints.

Energy standards have changed our electricity and auto industries for the better. Now it’s time to bring the same idea to how we heat our buildings.

On Thursday, the Massachusetts House and Senate both passed a major new climate bill, An Act Driving Clean Energy and Offshore Wind. The legislation now goes to Governor Baker for signature. The bill is basically what we expected: a combination of the House’s emphasis on offshore wind, the Senate’s emphasis on electric transportation, and some new policies in other areas. Overall, we are very pleased with the 96-page bill. Here are our views on some of the key provisions – and what you can do to get this over the finish line. 

This blog covers strategies outlined in Massachusetts’ final Clean Energy and Climate Plan (CECP) to reduce greenhouse gas (GHG) emissions in the buildings sector. For more background on the CECP for 2025 and 2030, read this blog.

Residential and commercial heating and cooling contributed 29.5 million metric tons of carbon dioxide equivalents to Massachusetts’ emissions in 1990, or about 15% of total GHG emissions. The newest draft of the state's Clean Energy and Climate Plan (CECP) now calls for a 49% emission reduction by 2030 relative to 1990 in the heating sector (virtually the same percentage decrease as the economy-wide target of 50%).

For the last several years, we have seen emissions fall significantly from within the electricity sector, while building emission reductions have been more stubborn. Here’s what the CECP says we’re going to do about that, and our take on those strategies.

Green Energy Consumers has launched a new Heat Pump program designed to connect consumers with trusted expertise. As prices for heating oil and natural gas continue to respond to the worldwide supply shortage, this is a great summer to investigate whether a heat pump would make sense for your home.

If you've wondered how to assess your home's suitability for heat pumps, find installers, or compare their varying bids, we recommend you register for this new program by clicking below. And, of course, read on!

Find the best contractor for you

Because the heat pump market in Massachusetts and Rhode Island is still relatively young, it’s sometimes hard to know if an installer has enough experience to do a good job. Likewise, heat pump systems can be designed in various ways, and many consumers lack the training to be able to compare designs. Our program makes it easier for energy consumers to find trusted vendors and independent advice.