Solar Panels Cost $9.7k-$19k in Dorchester County, MD | November, 2024
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How much do solar panels cost in Dorchester County, MD in 2024?
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It is around $3.5 per watt to go solar in Dorchester County, MD in November, 2024.
Utilizing this rate, you can conclude that for every 1000 watts (1 kW) of solar generation capacounty will require an investment of $3,500 for installation. After deducting the 30% federal tax credit, a 5 kW system in Dorchester County generally costs $12,250. Subject to your electricity usage, your home could require a larger system.
On the left-hand side, you can select your county to view the average roof size and the maximum capacity for solar panels in residences in your area. Outlined below are the price, payback period, and 20-year average savings for a 5 kW system installed in your county.
Average out-of-pocket cost for a 5 kW system The upfront amount spent to buy and install solar.
Dorchester County: $12,250US Average: $12,523
Average Payback Period The number of years until you break even on the solar investment.
Dorchester County: 5 yearsUS Average: 7 years
Average Net 20-year savings The total amount of money saved over 20 years minus the out-of-pocket cost.
Dorchester County: $34,035US Average: $16,169
Solar Potential in Dorchester County
Estimated system size and solar electricity production per median viable roof in Dorchester County.
Roof size 554sq. ft.
Capacity 7.75kW DC
Electricity 9.3kkWh AC per yr.
Electricity Costs in Dorchester County, MD & What that Means for Your Solar Panel Pricing
Across Dorchester County, the average electric bill for an energy consumer is 214.73, with a typical monthly usage of 929 kWh. This number also comprises data from smaller living spaces like apartments with reduced energy demand.This data set reflects the energy usage patterns of smaller dwellings, including apartments.
The average electricity rate in Dorchester County, MD in November 2024 is 23.12¢ per kWh.
Currently, an 8 kW solar panel installation will be priced at around $28,000 upfront, but the federal income tax credit will provide a 30% reimbursement, reducing the price to $19,600.
Go Solar for less than your cell phone bill.
Average solar panel costs by system size in Dorchester County
To the left below, you'll find the cost breakdown for various sizes of the solar panel systems installed in Dorchester County. When you select a larger solar system, the cost is higher, but it also leads to more significant electricity savings and a larger income tax credit.
In the solar panel cost calculator situated down and to the right, you can view a cost and benefit breakdown to match an average $214.73 electric bill in Dorchester County. Easily change the $214.73 to your regular electricity bill for more precise results.
System Size
Roof Size Min. space required
Electricity Value Annual Production
Est. Price
System Size 4kW
Roof Size Min. space required
286 ft²
Electricity Value Annual Production $1,398 a year
Est. Price
$9,800
Savings from a 4kWthis system
Est. yearly production 6,077 kWh
Est. monthly savings $116
Full payback in 4 years
Environmental Impacts
Reduces CO2 emissions by 1.25 tons a year
Equivalent to planting 58 trees a year
Equivalent to driving 3,101 mi less a year
System Size 5kW
Roof Size Min. space required
358 ft²
Electricity Value Annual Production $1,747 a year
Est. Price
$12,250
Savings from a 5kWthis system
Est. yearly production 7,596 kWh
Est. monthly savings $146
Full payback in 5 years
Environmental Impacts
Reduces CO2 emissions by 1.57 tons a year
Equivalent to planting 72 trees a year
Equivalent to driving 3,877 mi less a year
System Size 6kW
Roof Size Min. space required
429 ft²
Electricity Value Annual Production $2,096 a year
Est. Price
$14,700
Savings from a 6kWthis system
Est. yearly production 9,115 kWh
Est. monthly savings $175
Full payback in 6 years
Environmental Impacts
Reduces CO2 emissions by 1.88 tons a year
Equivalent to planting 86 trees a year
Equivalent to driving 4,652 mi less a year
System Size 7kW
Roof Size Min. space required
501 ft²
Electricity Value Annual Production $2,446 a year
Est. Price
$17,150
Savings from a 7kWthis system
Est. yearly production 10,634 kWh
Est. monthly savings $204
Full payback in 7 years
Environmental Impacts
Reduces CO2 emissions by 2.19 tons a year
Equivalent to planting 101 trees a year
Equivalent to driving 5,427 mi less a year
System Size 8kW
Roof Size Min. space required
572 ft²
Electricity Value Annual Production $2,795 a year
Est. Price
$19,600
Savings from a 8kWthis system
Est. yearly production 12,153 kWh
Est. monthly savings $215
Full payback in 8 years
Environmental Impacts
Reduces CO2 emissions by 2.31 tons a year
Equivalent to planting 106 trees a year
Equivalent to driving 5,725 mi less a year
Dorchester County Solar Panel Installation Incentives & Rebates | 2024
If you run a small business or farm in a rural area, you could receive REAP Grant support that covers 80% to 100% of your solar or wind turbine installation costs. If you believe you might be eligible, we suggest using our REAP Grant eligibility tool to verify your qualification.
For those considering residential solar, the 30% federal income tax credit is available to almost all homeowners, which makes solar power a good investment in various parts of the country. Additionally, numerous state and local programs aim to further promote the adoption of solar power.
Maryland residents have access to 14 solar rebate and incentive programs from multiple utilities and governmental agencies.
Solar incentives in MDIncentive Description Value
Clean Energy Procurement
Value:Varies
Maryland's Department of General Services uses a "block and index" strategy to acquire clean energy at wholesale rates. These purchases aid the state in achieving its renewable portfolio standard, currently set at 30.8% of all energy in the state for 2021. Maryland's government and utilities may use the renewable technologies of their choice to fulfill the standard, but they must not generate more than 50% of their renewable energy from landfill gas reclamation. Wholesale energy purchases typically support clean energy at state facilities and public institutions of higher learning. Additional provisions simplify public-sector purchases of sustainable vehicles. Additional information is available from the MD DGS website.
Mathias Agricultural Energy Efficiency Grant program
Value:Varies
Farmers and other agricultural property/business owners in Maryland may be entitled to energy efficiency incentives from the state Energy Administration. The Mathias Program awards grants to fund energy efficiency improvement projects for existing facilities. Eligible projects include insulation/weatherization, motors, lighting, and methane digestion. Grants may also fund new renewable energy systems, including solar PV, wind turbines, and biomass devices. Applications will be reviewed on a rolling, first-come/first-served basis. Additional information is available from the MEA website.
Maryland Smart Energy Communities Grant
Value:Varies
Both small businesses and nonprofit organizations in Baltimore County may apply for specialized financing on energy efficiency improvements through a public-private partnership. Loans can fund new windows, lighting, HVAC, insulation, and renewable energy systems including solar PV and CHP devices. Applicants will be considered for two financing tiers based on the nature of the desired improvements. Low-income housing managed by a nonprofit may also be eligible. Additional information is available from the Reinvestment Fund website.
Renewable Energy Portfolio Standard
Value:Varies
Maryland first adopted a renewable portfolio standard in 2004. Current statewide goals require 25% of energy to be sourced renewably by 2020 and 50% by 2030. Solar, wind, biomass, hydroelectric, fuel cell, and landfill waste/gas reclamation are some of the most prominent qualifying technologies. Each technology is divided into one of two "classes" based on their efficiency level; each level has a carve-out quota the state must meet. Later carveouts required the state's utilities to use solar and offshore wind to meet at least a portion of the standard. Compliance is measured through renewable energy credit (REC) and solar credit (SREC) systems pegging energy capacity to a fixed dollar value. While renewable energy users in the state own the credits they generate, the state's utilities must offer to purchase them through net metering or other tariff contracts. Additional information is available through the Maryland Public Service Commission website.
Sales Tax Holiday for Energy-Efficient Appliances
Value:Varies
Home and business owners in Maryland may take advantage of an annual sales tax holiday on new ENERGY STAR certified equipment appliances. The holiday lasts for three days each year, from the second Saturday in February to the third Monday of February. Eligible items include refrigerators, washers/dryers, boilers, dehumidifiers, furnaces, air conditioners, CFL/LED light bulbs, and smart thermostats. Solar water heaters and geothermal pumps are also listed, but these devices are totally exempt from sales/use taxes under a different law. Devices must be ENERGY STAR certified. While dryers and smart thermostats are listed under the tax code, they have stopped receiving or never have received ENERGY STAR certifications. As such, not all retailers may honor the tax holiday for these products. Additional information is available from the Maryland comptroller's website.
City of Baltimore- BEI Loan Program
Value:Varies
Both small businesses and nonprofit organizations in Baltimore County may apply for specialized financing on energy efficiency improvements through a public-private partnership. Loans can fund new windows, lighting, HVAC, insulation, and renewable energy systems including solar PV and CHP devices. Applicants will be considered for two financing tiers based on the nature of the desired improvements. Low-income housing managed by a nonprofit may also be eligible. Additional information is available from the Reinvestment Fund website.
Net Metering
Value:Varies
Municipal/private utilities and electric cooperatives in Maryland are required to offer net metering contracts to their customers, with the objective of procuring renewable energy credits (RECs) and solar credits (SRECs) toward the renewable portfolio standard. Any solar, wind, geothermal, hydroelectric, CHP, and fuel cell qualifies up to a technology-specific maximum capacity, usually 2 megawatts. Under net metering, the utility will install a bidirectional meter to measure a system's net excess generation (NEG) sent back to the grid. They will pay the customer for this NEG at a fixed avoided-cost rate. Should generation exceed consumption for a given billing cycle, net metering credits will carry forward to subsequent cycles. Customers in net metering contracts must meet all interconnection standards, and they may be required to pay service charges for bidirectional meters or grid monitoring. Additional information is available from individual utilities.
Jane E. Lawton Conservation Loan Program
Value:Varies
Maryland's Conservation Loan Program is dedicated to the legacy of Jane E. Lawton. It succeeds and consolidates various community and economic development financing initiatives. Businesses, nonprofits, and local public institutions may apply for a revolving loan to make energy efficiency improvements or install new solar and geothermal equipment. Private institutions may borrow between $5,000 and $200,000 at 1% interest. There is no interest charged to public institutions. Repaid funds will immediately "revolve" to another borrower. Applicants should provide quantitative estimates of energy use reduction. Religious or fraternal institutions are not eligible. Additional information is available from the Maryland Energy Administration website.
Energy Conservation in State Buildings
Value:Varies
Maryland's General Services Department has set various energy efficiency standards for new and existing state buildings and facilities. Usage and efficiency goals change periodically, but they are all based on the same starting benchmark from 1992. Current objectives require the state to reduce energy usage by 25% from the baseline. Toward this end, existing facilities must adopt certain energy use reduction habits and procure ENERGY STAR certified materials and appliances. New construction should be designed to comply with current energy efficiency objectives. Projects receiving state funding, such as those undertaken by public colleges and universities, should achieve a minimum of LEED Silver certification. Additional information is available from the Maryland Energy Authority website.
Solar Renewable Energy Certificates (SRECs)
Value:Varies
In Maryland, one solar renewable energy credit (SREC) is equal to one megawatt hour. Given the state's deregulated electrical market, the dollar value of credits is subject to market forces. Credits are tracked by a GATS system and expire after three years. Utilities may acquire SRECs through net metering and other tariff programs. Until a customer signs a net metering contract, they will be in ownership of the credits they generate. Should an owner be ineligible for these contracts, they may sell them at a state auction. Final sales govern future credit prices. Electric utilities must accumulate SRECs to satisfy their portion of the state's renewable portfolio standard and respective cut-outs. Should a utility fail to meet the standard threshold, it must pay an "alternative compliance fee" (SACP). As of 2023, SACP amount will be $50 per megawatt a utility is deficient.
Commercial Clean Energy Rebate Program
Value:Varies
Maryland businesses, local governments, and some nonprofit organizations may be entitled to rebates from the state Energy Administration on new solar and geothermal energy systems. The final rebate amount available to an applicant will depend on the type and capacity of their new equipment. Solar water heaters earn $20/square foot up to $12,000, while geothermal heaters earn a flat $3,000 for up to ten tons. New solar PV installations earn at least $1,000 with additional funds for capacity over 8 kW. To qualify for a rebate, the system must be interconnected to the state grid and follow state standards, including insurance and warranty minimums. All rebate funds are subject to federal and state taxes. Additional information is available from the Maryland Energy Administration website.
Parking Lot Solar PV with EV Charger Grant Program
Value:Varies
Special grants are available from the Maryland Energy Administration for property owners installing solar-powered hybrid/electric vehicle chargers within parking lots or structures in the state. Grant amounts depend on capacity; the current rate is $600 per rated kW of the panels. The maximum grant for a single project is $300,000. Qualifying lots/structures should be open at least five days per week. There should be a minimum of four charging units drawing from at least 75 kW of energy. The solar panels should be located above the lot and be interconnected to Maryland's deregulated grid under a net metering contract. Additional information is available from the MEA website.
Residential Clean Energy Rebate Program
Value:Varies
The Maryland Energy Administration operates a residential grant program, "Residential CGEP", for homeowners installing new solar or geothermal water heating and HVAC systems. Grants may only be used for equipment to be installed at the applicant's primary place of residence. Leased equipment does not qualify. Incentive amount depends on the type of system being installed and its rated capacity. Certain limits apply to specific technologies. Geothermal systems must be completely new; in other words, they must not replace an existing heat pump. Interested homeowners should apply on the MEA website. The application form requires attached design plans and photos. For new solar systems, the form requires a solar facility certification number issued through the Maryland Public Service Commission as a prerequisite for net metering and SREC procurement.
Interconnection Standards
Value:Varies
Distributed generation and interconnection have been standardized by the Maryland Public Service Commission since 2009. Each energy system connected to the state's deregulated grid will be assigned into a numerical "level" based on rated capacity. Systems at each level must follow recognized standards such as those set by IEEE or UL. Interconnection fees and application review turnaround will depend on the system's level. Customers must carry at least minimum liability insurance coverage on their energy system, and they may be required to install disconnect switches or other safety features by their utility. However, they will own any renewable energy credits and solar carve-out credits they generate and may sell them to the utility at their discretion. Additional information is available from the PSC website.
Are solar panels worth it in Dorchester County, MD?
If you're planning to stay in your home past the period required to pay back your solar investment, installing solar panels is a good decision in Dorchester County. Installing a 5 kW solar system in Dorchester County, MD will, on average, save you $39,285.2 over 20 years, and you can expect to break even in about 5 years.
The cost of not having solar panels in Dorchester County, MD
Without solar panels or another backup power source, you miss out on the savings highlighted previously and rely entirely on your electric utility for electricity. Recent media coverage has made it clear that relying solely on your utility isn't always the best idea.
In recent years, customers in Dorchester County have typically experienced 0.82 utility outages per year. Each outage, on average, lasts for 74.43 minutes. In the case of major events like high winds, grid management errors, or wildlife damage, this period can rise substantially.
View the component below to see the number of current electricity customers without power in Dorchester County.
Even without a backup battery, a solar panel system can reduce the pressure of future outages you may encounter.
Power Outages
Currently, 0 customers are being tracked in Dorchester County.
What impacts the cost of solar panels in Dorchester County, MD?
Your Energy Needs - Although the initial cost is higher, the cost per watt declines with larger solar panel systems. Homeowners often find that installing a solar system that can cover their entire electric bill is advantageous, ensuring maximum savings.
Make & Model - There are a range of makes and models of solar panels and mounting equipment. Selecting an installer with specific brand preferences means it's even more vital important to go with a highly rated company. The selection of better materials can substantially improve the long-term experience for buyers.
Solar Panel Type - It's clear why monocrystalline panels are now the go-to choice in the industry. Even though they are more expensive, they provide more energy. Many installers work with panels made from this material.
Your Property - Each home and property is unique in its own way. Uneven ground, trees, or additional challenges may complicate the installation. Today, the majority of solar installers can assess your home with satellite images and factor in these elements in the preliminary cost estimate.
Labor Rates - The costs related to the varying wages offered by companies to their employees are borne by the consumers. Frequently, businesses paying more in wages also enjoy higher ratings for their services and customer service.
Permitting & Interconnection - The fees for local permitting and utility interconnection, which vary by area, will affect the cost of your installation. Reliable local installers will integrate these figures into your first estimates to avoid any surprises.
See what solar panels cost in other Dorchester County cities
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Dorchester County, MD Solar Panel Cost FAQs
As of November, 2024, the average cost for solar panels in Dorchester County, MD is $3.5/W. After federal tax credits, the installation of a 5 kW solar panel system in Dorchester County, MD is estimated to cost $12,250.
Utilities and government agencies in Maryland are currently offering 14 different rebates and incentives. Furthermore, the majority of people qualify for the 30% federal tax credit.
Paying cash will result in the most savings, but currently there are multiple options for financing solar panels that make great money sense as well. Financing options from installers will often be specified in your initial quotes.
Yes, in Dorchester County, MD, 5 kW solar panel systems typically pay off in 5 years, and users save around $39,285.2 in electricity costs over 20 years.