Nathan Healy
Certified by Nathan Healy
Updated: October 2026
Quality Solar Panels Since 2011
Palmetto has served 20,000+ customers across 31 states with an approval rating over 85%.
About Nathan Healy

Nathan Healy is a Vice President at Palmetto, where he helps homeowners cut through the confusion around solar and figure out whether it actually pencils out for their home, roof, and budget. With energy prices climbing and the federal incentive landscape shifting, his focus is simple: give people a straight, honest answer instead of a sales pitch.

He reviews Palmetto’s local solar guides so the costs, incentives, and utility details on this page reflect what’s really happening in your area.
He believes in solar so much, that he had Palmetto install solar on his own parents’ house, the home he grew up in.

01

Solar Power in Worcester

Considering solar panel installation in Worcester? Your roof’s sunlight, household electricity use, and local permitting all shape what a system could look like. Massachusetts electricity prices rose 34% from 2020 to 2024, making it worth understanding how home solar may affect energy costs.

Explore system sizing, installation, and other key considerations for Worcester homes, then start with our guide to home solar panels.

MASSACHUSETTS by the Numbers

6th Most residential solar in the United States
159 Households have installed solar panels
4.7 Avg peak sun hours per day
~$125k Worcester average savings over 25 years
02

How Much Do Solar Panels Cost in Worcester, MA?

Explore estimated solar installation costs in Worcester using Palmetto’s firsthand data from completed Massachusetts installations. Local examples include homes in nearby Shrewsbury, Auburn, and Holden, helping you understand how real project costs may compare in your area.

Small Home Up to 2,000 sq ft
Medium Home 2,000-3,000 sq ft
Large Home Over 3,000 sq ft
System Size
This system size is designed to offset approximately 100% of the average electricity usage for a home of this size in Massachusetts.
Recommended
System
9.03 kW
Your Monthly Payment
Estimated monthly cost with LightReach
$141/mo
As low as
$141/mo
Why Lease Solar?
Following the 2025 Big Beautiful Bill, the federal 30% solar tax credit is no longer available for cash purchases. With a LightReach lease, Palmetto owns the system and still qualifies for the commercial ITC — passing those savings through to you via lower monthly payments.
  • No upfront investment
  • Palmetto handles all maintenance
  • 90% Production Guarantee
  • Comprehensive protection program included
03

Palmetto Reviews

04

Key Takeaways

  • Worcester’s high electricity rates make solar worth exploring, but your roof, energy use, and utility rules shape its potential value.
  • Solar output changes with the seasons: Worcester systems generally produce more in summer and less during shorter, cloudier winter days.
  • Massachusetts offers several solar incentives, but eligibility and value vary; compare ownership and power purchase options when estimating costs.
05

Worcester Electricity Prices

For Worcester households, electricity bills reflect changing rates; the comparison here uses Massachusetts averages, not Worcester-specific prices.

Massachusetts’ average residential electricity price rose from 22.9¢ per kWh in 2021 to 29.3¢ in 2024—about 28%. The U.S. average increased from 13.7¢ to 16.5¢ over the same period.

A rooftop solar system can supply some of a Worcester home’s electricity, reducing how much power it needs to buy from the grid. Bill impacts depend on system size, sunlight, household use, and utility rules.

Over time, producing electricity at home may help limit exposure to future rate increases. Long-term value depends on upfront and ongoing costs, system performance, and how long the household uses the system.

Price of Energy: Massachusetts vs National Average

0¢
10¢
20¢
30¢
40¢
13.7¢
22.9¢
15.0¢
26.0¢
16.0¢
29.6¢
16.5¢
29.3¢
2021
2022
2023
2024
US Average
Massachusetts

Worcester Area Utility Providers

For Worcester residents served by National Grid, the latest figures available here are from 2023. National Grid’s electricity price was 36.7¢ per kWh, compared with the Massachusetts average of 29.60¢ and the national average of 16.0¢.

That puts National Grid’s listed price above both averages. The figures show the difference, but do not identify what drives it; electricity prices can reflect utility-specific costs and pricing, so statewide and national averages may not match a Worcester customer’s rate.

When grid electricity costs more, generating some power at home with solar may help reduce how much a household buys from the utility. The potential value depends on the home’s electricity use and solar production, and these 2023 prices alone cannot predict savings.

Worcester Utilities Electricity Rates

National Grid
36.70¢
+129%
MA Average
29.60¢
+85%
US Average
16.0¢
—
06

Massachusetts Solar Incentives

Worcester homeowners may find state and local programs that help offset solar costs. See the table of solar incentives in Massachusetts.

Options include a state income tax credit, sales/use and property-tax exemptions, utility bill credits for exported power, and SMART production payments. Eligibility and value vary by system, utility, and program; the table below summarizes each.

Battery programs may offer event payments and 0% or reduced-rate loans; REC revenue varies with markets. LightReach leasing has Palmetto handle the commercial ITC, passing savings through lower monthly payments.

Incentive Type Description Source
Massachusetts Solar and Wind Energy Credit (Schedule EC) State Income Tax Credit Eligible Massachusetts residents may claim a credit equal to 15% of qualifying solar or wind system expenditures, up to $1,000, subject to residence and tax rules. Learn More
Residential Solar Equipment Sales/Use Tax Exemption Sales Tax Exemption Qualifying equipment directly related to a solar energy system serving an individual’s Massachusetts principal residence may be exempt from the state’s 6.25% sales/use tax. Learn More
Solar Property-Tax Exemption (M.G.L. c. 59, § 5, Clause 45) Property Tax Exemption Qualifying solar energy systems may be exempt from local property tax for 20 years, subject to statutory system-size and other eligibility conditions. Learn More
Massachusetts Net Metering and Export-Credit Policy Net Metering / Utility Bill Credits Eligible customers of participating investor-owned utilities can receive bill credits for excess electricity exported by an interconnected solar system; credit value depends on the project and tariff. Learn More
SMART 3.0 (Solar Massachusetts Renewable Target) Solar Production Incentive Eligible solar projects in Eversource, National Grid, and Unitil territories can receive generation-based SMART payments, including a 2026 flat rate for small systems. Learn More
Mass Save ConnectedSolutions Residential Battery Program Battery Performance Payment Qualifying residential battery participants can earn $275 per kW of average battery contribution during summer demand-response events.
Mass Save HEAT Loan for Eligible Battery Storage 0% Financing Qualified homeowners may be able to finance eligible battery storage with a 0% HEAT Loan of up to $25,000; this is a loan, not a rebate.
Energy Saver Home Loan for Eligible Solar and Battery Projects Reduced-Rate Financing Eligible Massachusetts owner-occupants may finance qualifying solar and/or battery projects through a reduced-interest loan, subject to income and project requirements.
RPS Class I Renewable Energy Certificates (RECs) Market-Based REC Revenue A qualifying solar owner may be able to monetize Massachusetts Class I renewable energy certificates, but revenue is market-based and no fixed homeowner payment is guaranteed. Learn More

Massachusetts residents may claim a personal income-tax credit equal to 15% of eligible net expenditures for a qualifying solar or wind energy system, up to a maximum credit of $1,000. Unused credit may generally be carried forward for up to three years.

The claimant must own or rent and occupy the Massachusetts property as a principal residence and may not be another taxpayer’s dependent. The $1,000 limit applies over the time the taxpayer lives at the same residence. The credit is described for solar and wind systems; eligibility of a standalone battery is not clearly stated, so confirm with the Department of Revenue or a tax professional before including battery costs.

Massachusetts exempts qualifying equipment directly related to a solar, wind, or heat-pump system used as a primary or auxiliary energy source for an individual’s principal residence from the state’s 6.25% sales/use tax. For a solar installation, the actual savings depend on which equipment and charges qualify.

State tax-expenditure materials describe residential solar and storage as eligible, but treatment can depend on the equipment and how a project is sold or bundled. Ask the installer to identify the exempt items on the contract or invoice and confirm how the exemption applies to a battery.

Massachusetts law provides a local property-tax exemption for qualifying solar and wind energy systems for 20 years; a municipality and system owner may agree to a longer period. The exemption can apply to qualifying systems co-located with energy storage, but it is not a cash rebate.

Eligibility depends on the statutory criteria, which include system size and the amount of electricity produced relative to the property’s annual needs, as well as certain municipal payment-in-lieu-of-taxes arrangements. Contact the local assessor about valuation and application requirements; do not assume the exemption is automatic.

Net metering is available to eligible customers of Eversource, National Grid, and Unitil who meet applicable interconnection and program requirements. Excess generation is converted to utility-bill credits, which generally roll forward, but the credit value varies by utility, rate class, facility type, and tariff; exported electricity is not guaranteed to receive the full retail rate in every case.

Municipal light plants set their own rules and do not automatically participate in the state DPU program. A proposed 2026 supply-rate net-metering credit is not in force based on the legislative status described in the available results. Battery configuration also matters: certain grid-charging, export-capable configurations are not eligible for net metering. Confirm the applicable tariff and battery operating rules with the utility before installation.

For Program Year 2026, eligible small solar tariff generation units of 25 kW AC or less receive a flat incentive of $0.03 per kWh generated. Qualifying low-income projects in that size category may receive $0.06 per kWh under SMART’s program requirements. Payments are based on generation rather than being a one-time installation rebate, and applications are subject to program rules and available capacity.

SMART 3.0 is available for eligible projects interconnected in Eversource, National Grid, or Unitil territory. Larger projects have size- and project-specific compensation, and qualifying co-located storage may be eligible for a program storage mechanism; the published storage adder is not a universal residential battery rebate. Review the current program rules and confirm whether a project’s SMART arrangement can be combined with its chosen net-metering or alternative on-bill-credit option.

Mass Save’s residential ConnectedSolutions offer pays $275 per kW of a battery’s average contribution during summer events. For example, a 5 kW average contribution could earn up to $1,375 for a year of participation at the stated rate; payment is performance-based and is not guaranteed by battery nameplate capacity alone.

Eligible customers are in Cape Light Compact, Eversource, or National Grid territory and must have a qualifying battery and inverter under 50 kW. Batteries may be paired with new or existing solar or installed on their own. Participants allow dispatch during up to 60 summer events, each up to three hours, on non-holidays from June 1 through September 30 between 3 p.m. and 8 p.m.; check current equipment and enrollment terms before signing up.

Mass Save lists eligible battery storage among improvements that may qualify for up to $25,000 in 0% HEAT Loan financing. Financing is subject to program, lender, and project requirements, and the loan must be repaid.

This is not a grant or cash rebate. The available program information distinguishes battery storage from solar photovoltaic panels: solar PV itself is not included in the HEAT Loan. Confirm that the specific battery and installation qualify with Mass Save and the participating lender before relying on the financing.

The Energy Saver Home Loan offers eligible borrowers loans of $10,000 to $100,000 for qualifying home projects that can include rooftop solar and battery storage. The stated fixed rates are 0.5% for 20 years for eligible borrowers at or below 80% of area median income, or 2.0% for 20 years for eligible borrowers up to 135% of area median income.

This is financing, not a grant or rebate, and the loan must be repaid. The program is for qualifying owner-occupants of Massachusetts single-family or two- to four-unit homes; condos and co-ops are excluded. Projects generally must meet the program’s energy-use reduction requirements, so verify project eligibility and current loan terms before proceeding.

Qualifying solar generation may be eligible for Massachusetts Renewable Portfolio Standard Class I certificates, which can potentially be sold through an aggregator or other market arrangement. The value depends on market conditions and program qualification; there is no fixed statewide homeowner payment per kWh or REC.

Before pursuing this revenue, check who owns the renewable attributes under the installation, lease, power-purchase, SMART, or aggregation contract. A third party may already have the right to claim or sell the certificates. Review the state qualification process and contractual terms before assuming the RECs belong to you.

Ready to start saving with solar?

Speak with a Palmetto solar expert to find out exactly how much you can save with Massachusetts incentives.

Get a Free Quote
07

Worcester Solar Irradiance

Solar panel production varies throughout the year based on daylight hours, weather patterns, and sun intensity. Understanding how seasons affect your solar system helps set realistic expectations for your investment.

Worcester’s snowy, cloudier winters and shorter days can temper seasonal output, while longer summer days boost it. With proper system design, solar can still work well despite New England weather.

Solar Production in Worcester by Month

Daylight Hours
Energy Production (kWh/day)

What Can Your Solar System Power?

Summer Production (July)

[SummerProduction] kWh/day

In July, your 10 kW system could power:

  • 3.6 average homes (15 kWh/day per home)
  • or Run central AC for 18 hours AND power all other appliances
  • or Fully charge 5.4 Tesla Model 3 electric vehicles

Winter Production (December)

[WinterProduction] kWh/day

In December, your 10 kW system could power:

  • 2 average homes (15 kWh/day per home)
  • or Keep your home heating system running for 15 hours
  • or Fully charge 3 Tesla Model 3 electric vehicles

Annual Production

[AnnualProduction] kWh/year

Over a year, your 10 kW system could:

  • Offset 10 tons of carbon dioxide emissions
  • or Equal the environmental benefit of planting 175 trees
  • or Save approximately $4,234 in electricity costs

Want to know exactly how much solar can power your home?

Get a personalized solar analysis based on your actual home, energy usage, and roof characteristics.

Get My Custom Estimate
08

Solar Panel Systems in Worcester

We’ve organized solar installation data from across the country to create this interactive map of Worcester, Massachusetts. Explore the hexagons to see how many installations are in each area and discover neighbors across Worcester’s neighborhoods and surrounding communities who have made the switch to solar.

09

How to Choose a Solar Installer in Worcester

Verify the license

Massachusetts does not identify a separate solar installer license. State guidance lists a Construction Supervisor License (CSL), Home Improvement Contractor (HIC) registration, and a building permit for solar-panel work; photovoltaic components must be installed by Massachusetts-licensed electricians. HIC registration generally applies to contractors and subcontractors working on existing, owner-occupied homes with one to four units. It is a registration, not a license, and the CSL and HIC registration do not have to be held by the same person. Ask who will perform each part of the work and verify the contractor’s information using the Massachusetts contractor lookup. Check that the electrician is Massachusetts-licensed, too.

Look for certified installers

Ask whether the people designing or installing your system hold a relevant NABCEP certification, and which person on the crew holds it. Certification can be a useful signal of training, but it does not replace required state credentials or permits. Ask whether the installer is certified by the manufacturers of the panels or inverters being proposed, and what that certification covers. Compare the answers across bids rather than treating a credential as a guarantee of workmanship or system performance.

Compare quotes the same way

Request written proposals with the same assumptions and compare the full scope, not just the headline price. Check whether each quote includes:

  • System size in kilowatts (kW) and price per watt.
  • Panel and inverter brands and models, plus the estimated annual production in kilowatt-hours (kWh/year) and the assumptions behind it.
  • Panel product and performance warranties, inverter warranty, workmanship coverage, and coverage for roof penetrations.
  • Who handles building and electrical permits, inspections, and the utility interconnection application.
  • Total cost or monthly payment, and any payment escalator. For financing or a lease, compare the contract terms as well as the payment.

Ask each installer to explain differences in system size, production estimates, equipment, and included work. That makes it easier to distinguish a lower price from a proposal that covers less.

Permits, interconnection and your HOA

The local municipality’s building department or building official handles building permits; building and wiring permits are obtained from the municipality, with electrical permits and inspections handled locally through the Inspector of Wires. Ask who will submit each application and arrange inspections. You or your installer applies to the serving electric utility for interconnection, and written utility approval is required before the system is connected. Confirm your serving utility—it may be Massachusetts Electric Co, NSTAR Electric Company, Sunrun Inc., or City of Taunton—and ask who will manage the application and follow-up.

Massachusetts law makes void a provision in an instrument concerning property ownership or use that purports to forbid or unreasonably restrict installing or using a solar energy system, including certain HOA restrictions (M.G.L. c. 184, § 23C). Raise any HOA or property-document questions early; the law does not mean every design or project detail is automatically approved.

Red flags

  • Pressure to sign the same day, or claims that an offer is available only if you decide immediately.
  • An installer cannot explain required Massachusetts credentials, or will not identify the crew and electrician doing the work. Verify credentials even if a crew is based out of state.
  • Vague production estimates with no clear annual kWh figure or explanation.
  • A large upfront deposit without a clear written schedule of payments and work.
  • Promises that homeowners can claim federal tax credits for purchases in 2026; homeowner credits ended December 31, 2025.
10

Leasing Solar Panels

For Worcester homes served by National Grid, Palmetto’s LightReach Power Purchase Agreement (PPA) is available. Availability depends on your utility; PPA options are also available in Eversource and Unitil areas, while Taunton Municipal Light Department has no LightReach offering.

With a PPA, you pay for the electricity your solar panels produce at an agreed price per kilowatt-hour, rather than a fixed monthly lease payment. Bills can vary with seasonal production, so payments may be higher in sunnier summer months. Learn more about buying or leasing solar and how a PPA compares.

Unlike paying cash to own a system, a PPA generally avoids the system’s upfront purchase cost, and the provider is responsible for maintenance under the agreement. Review its terms, including payment rates and service coverage. See LightReach details.

Go solar without the investment

With LightReach, there are no investment costs to recoup, loan payments to manage, or maintenance needs to take on. As soon as your panels are active, your solar savings are too!

Explore LightReach Leasing
11

Frequently Asked Questions

Yes. Most Worcester homes served by National Grid can receive net-metering credits for excess solar electricity sent to the grid. The credits are applied to the electric bill at a 1:1 rate.

Unused credits carry forward indefinitely as a dollar balance, but they are not paid out as cash. Check your utility and rate tariff, since net-metering rules can differ for customers served by other utilities or municipal light departments.

Yes, owned solar panels may increase a Worcester home’s value. Zillow’s study found homes with solar panels sold for about 4.1% more. That national estimate is not a guarantee for a specific Worcester home; system condition, energy savings, and local market demand can affect value.

This potential increase applies to purchased or owned systems, not leased or third-party-owned (TPO) systems. A lease or PPA may affect resale differently because the buyer may need to assume the agreement.

In Worcester, homeowners can go solar with a LightReach lease for a low fixed monthly payment and no upfront cost. The calculator above estimates $105/month for a small home, $141/month for a medium home, and $188/month for a large home.

A cash purchase is another option. The calculator estimates a medium-home system at $25,981 before a $1,000 Massachusetts incentive, or $24,981 after it. The federal 30% tax credit is no longer available for residential cash purchases following the 2025 federal law change. Actual pricing depends on your home and energy use.

Solar leasing lets Worcester homeowners use a system without buying it. With LightReach, there’s no upfront cost, and Palmetto owns the panels. One monthly payment covers equipment, installation, monitoring, maintenance, and protection, including a 90% Production Guarantee.

For a typical 9.03 kW system, the estimated payment is about $141/month, based on Massachusetts production of 1,071 kWh per kW yearly and $0.175/kWh. Savings may begin immediately if the payment is below your current electricity bill; actual costs and savings vary by home.

Massachusetts incentives for Worcester homeowners include a 15% income-tax credit (up to $1,000), sales/use-tax exemption, and qualifying 20-year property-tax exemption. Eligible National Grid customers may get net-metering credits and SMART payments.

Battery incentives include ConnectedSolutions payments, 0% HEAT Loans for eligible batteries, and reduced-rate Energy Saver loans; REC revenue is market-based. The federal 30% residential credit is no longer available for cash purchases after the 2025 law change. Palmetto claims the commercial ITC for LightReach leases and says savings pass through as lower payments.

Yes, solar can make sense in Worcester, MA, where electricity prices are relatively high and rooftop panels can reduce the amount of power a home buys from the grid. The value depends on your roof’s sunlight, household electricity use, installation cost, utility rules, and how long you plan to stay.

Solar output is lower during Worcester’s short, cloudy winters and higher in summer. Palmetto’s LightReach solar lease removes the upfront cost barrier entirely: homeowners can go solar with no money down and start saving from day one.

In Worcester, a typical 9 kW rooftop solar system can produce about 11,600 kWh of electricity per year. NREL-based estimates in this guide show a 10 kW system producing about 12,916 kWh annually.

Actual output varies with roof direction and pitch, shading, weather, and seasonal daylight. Worcester systems generally produce more in summer and less during the shorter, cloudier winter days.