Massachusetts Declares an Energy Emergency

What Does That Mean for Your Home?

By Gregory Garrison, President, Northeast Solar Design Associates | September 2026

On Oct 5, 2026, Governor Maura Healey declared a State of Energy Emergency in Massachusetts and announced new help for households facing winter heating costs.

For anyone who has recently ordered heating oil, the reason is easy to understand.

My own order was 150 gallons at $5.899 per gallon. The total: $884.85.

That is my only oil fill-up for the year. Mini-splits provide my home’s heat, while oil supplies hot water and serves as my backup heating option. Even with that limited oil use, nearly $900 gets my attention.

For families who depend on oil throughout the winter, repeated deliveries can put serious pressure on the household budget. They need help now. They also deserve a practical way to reduce their exposure to the next price shock.

Why our heating bills are rising

Heating oil is part of an international market. Disruptions to refineries and shipping overseas affect what we pay here in Western Massachusetts.

The International Energy Agency reports that the conflict involving Iran has constrained fuel exports from the Gulf. Attacks on Russian refineries during Russia’s war in Ukraine have also reduced supplies of refined fuels.

Those disruptions reach the Northeast through the market for distillates, the family of fuels that includes diesel and heating oil. The U.S. Energy Information Administration reports that East Coast distillate inventories were 32% below their five-year seasonal average in September.

Massachusetts’ Oct 5, 2026 survey put average heating-oil prices at $6.12 per gallon, compared with $3.53 a year earlier. At those prices, the same 150 gallons would cost $918 instead of $529.50—a difference of $388.50.

That is a statewide price comparison, not a prediction of what any particular dealer will charge. It shows how much more households can pay without using any more fuel.

What the state announced

The governor’s package includes expanded heating assistance and temporary reductions in electric-bill charges. The administration estimates nearly $150 million in relief.

A new Middle-Income Heating Oil Relief program lists an estimated one-time benefit of up to $680 for eligible households. Applications are scheduled to open in December. Existing assistance programs also remain important resources for households struggling with heating bills.

The announcement includes removing the SMART charge from residential electric bills for three months. For readers of our recent SMART article, that is a change to a bill charge; it should not be interpreted as an announcement that solar-owner incentive payments have ended.

We have included the official assistance information at the end of this article. If you previously earned too much to qualify, check the new requirements.

How I use energy at home

My home combines solar, battery storage, mini-splits, and an oil system. Each has a job.

The solar produces electricity during the day. When production exceeds what the house uses, my battery stores the excess energy. At night, the battery supplies part of the household’s electrical load, reducing what I buy from the grid. The next day, available surplus solar can recharge it.

That is called self-consumption: using more of the electricity you produce yourself.

The battery also provides backup for selected loads, but it does not back up my mini-splits. My oil heating system is part of my outage plan. Oil equipment still needs electricity for its burner, controls, and circulation, so any backup design must include that electrical requirement.

This is why the details matter. A battery’s everyday operation and its outage responsibilities need to work together, including how much energy is kept in reserve.

Exported solar can also have value through utility credits. Storage changes when and where you use the energy; its financial benefit depends on your rates, credits, equipment costs, and operating settings.

And my $884.85 oil order is not my total annual energy cost. I also use electricity, and the equipment represents an investment. An honest comparison includes those costs.

What taking control of your energy looks like

When heating oil approaches $6 a gallon, the question becomes: what does it cost to put the same amount of heat into your home another way?

A gallon of oil contains about 138,500 BTU of energy. In an oil heating system operating at 85% efficiency, about 117,725 BTU becomes useful heat. A mini-split averaging 2.8 units of heat for each unit of electricity would use approximately 12.3 kilowatt-hours to deliver that same warmth.

I estimate the lifetime cost of electricity from my solar-and-battery system at about 22 cents per kilowatt-hour. Using that estimate, those 12.3 kilowatt-hours cost approximately $2.71—compared with the $5.899 I recently paid for a gallon of oil.

That is about 54% less for the same delivered heat under these assumptions. It is an energy-cost comparison, not a complete equipment payback calculation, and another home’s results will differ.

But the larger point is control.

With solar, you are building a small power plant at home. Pair it with efficient mini-splits, and you can use the electricity you produce to replace some of the fuel you would otherwise buy. Storage lets you carry some daytime production into the evening.

An overseas fuel disruption does not change the purchase price of the solar equipment already on your roof. You have invested in a source of energy whose long-term cost depends on your system’s cost and performance, rather than the price of each new oil delivery.

That does not eliminate every outside influence. Winter production varies, equipment needs maintenance, and electricity purchased from the grid remains subject to utility rates. A battery shifts energy within its capacity; it does not carry summer sunshine through the winter.

Still, every portion of your heating needs supplied by your own system reduces your exposure to the next fuel-price shock. You cannot control world events. You can make choices that give you more control over how those events affect your household.

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Build your plan in stages

You do not need to buy every system at once. Start with your bills, the condition of your equipment, and what you want the home to do.

If you are starting from scratch, plan solar and heating together.
For a suitable roof and a household with a sound heating system, solar can be a strong first step. It can serve existing electrical needs while you plan a future move to mini-splits. When we plan your solar system at Northeast Solar, we’ll discuss your future heating needs so the design accounts for the electricity your mini-splits will use.

If the roof needs replacement, the house loses substantial heat, or the heating system is failing, address that in the sequence. Reducing heat loss can lower the demand that every future system must meet.

If you already have solar, evaluate mini-splits using your actual numbers.
Review annual solar production, electric consumption, accumulated credits, and fuel deliveries. Mini-splits can reduce reliance on delivered fuel while providing both heating and cooling. They also add electrical demand.

The question is how the combined bills change. A higher electric bill may still accompany lower total heating costs if oil or propane purchases fall. The answer depends on your home, equipment performance, and rates.

If you have solar and mini-splits, consider what storage would add.
A battery can shift some daytime production into evening use and provide selected backup power. Decide which role matters most, then choose the capacity and reserve settings around it.

Do not assume that a battery sized for essential appliances will also run your heating system. That requires a specific assessment of power demand and expected runtime.

If you already have the full combination, review how it operates.
Check battery schedules and backup reserves, heating controls, and seasonal electric-rate enrollment. Compare actual performance with your original expectations. Equipment works best when its settings reflect how the household uses energy.

Start with a useful comparison

Our Northeast Solar heating calculator is a starting point for comparing conventional heating with mini-splits and exploring solar’s contribution.

Use your own fuel price and electricity rate whenever possible. Treat the result as an initial estimate, then build a more complete comparison using your bills, solar production, and the condition of your home.

If you already use heat pumps, check whether you are enrolled in your utility’s seasonal heat-pump rate. That can be a practical step before making another equipment investment.

Try the calculator, then talk with Northeast Solar about the next step for your home. We can help you consider solar, mini-splits, and storage together and develop a plan that fits your needs and budget.

Emergency relief can help this winter. Thoughtful improvements can give you more control over the winters that follow.

Sources and assistance

Why Northeast Solar

We’ve been doing this for 15 years, right here in Western Massachusetts. Over 1,500 systems installed across Franklin, Hampshire, Hampden, and Berkshire Counties. Local crews. Local investment.

We’re the only installer in the region that offers solar, battery storage, mini-splits, and EV charging under one roof. We don’t just sell panels. We build a Personal Power Plan designed around your home, your usage, and your goals.

MassSave Partner. Mitsubishi Diamond Installer.

Northeast Solar | (413) 247-6045 | northeast-solar.com

Serving Franklin, Hampshire, Hampden, and Berkshire Counties for 15 years.

The best time to act was before the rules changed. The second-best time is today.

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