For homeowners in Salisbury paying Duke Energy Progress an average of $0.1475 per kilowatt-hour, rising electricity costs are a constant pressure. Rooftop solar offers a way to generate your own power, but understanding the investment in 2026 is key. While the major federal tax credits for homeowners have expired, North Carolina's own policies and strong solar potential keep the numbers compelling. An owned solar system can also be a significant long-term asset, potentially improving your home's resale appeal to future buyers in Rowan County.
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2026 Solar Panel Costs in Salisbury
The price of a solar installation depends on its size and whether you include battery storage. Based on typical energy needs in the Salisbury area, here are the estimated costs for a standard 8.7 kW system before any local rebates are applied:
- Solar-Only System (8.7 kW): The estimated gross cost is around $21,750. This system is designed to maximize energy production to offset your Duke Energy bill.
- Solar + Battery System (8.7 kW panels with 10 kWh battery): The estimated gross cost is $36,750. Adding a battery provides backup power during outages and allows you to use stored solar energy at night.
Incentives & Tax Credits
North Carolina Solar Incentives for 2026
Even without a federal tax credit, Salisbury homeowners have access to powerful state and utility-level programs that make solar more affordable:
- Duke Energy PowerPair™ Program: This is a key incentive for North Carolina residents. Duke Energy offers substantial rebates for customers who install both solar panels and a qualifying battery system. This program can significantly reduce the net cost of the solar-plus-battery option, making it a much more attractive investment.
- 100% Property Tax Exemption: North Carolina law exempts the value of your solar energy system from your property tax assessment. This means you can increase the value of your home with solar panels without paying higher property taxes on that improvement.
These state-level benefits are crucial for the financial return of solar in 2026, shifting the focus from federal tax policy to local advantages.
Net Metering: Duke Energy Progress
Conservative Export Credit
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How Duke Energy Progress Credits Your Solar Power
Your solar panels will often produce more electricity than your home is using during peak sun hours. This excess power is sent to the grid. Under the current model for Salisbury, Duke Energy Progress provides a credit for that exported energy at the full retail rate of $0.1475 per kWh. This is often called 'net metering,' and it means every kilowatt-hour you export has the same value as one you would have purchased. This 1-for-1 credit structure is highly effective at reducing your electric bill.
So why add a battery? While the grid offers full credit, it doesn't offer power during an outage. A battery stores your excess solar energy for your own use, providing seamless backup power during storms and ensuring energy independence when the grid goes down.
Projected Savings
Projected Energy Bill Savings
Installing an 8.7 kW solar panel system in Salisbury is projected to save a typical household around $1,432 annually. This figure is based on offsetting usage from Duke Energy Progress at today's rates. Over the 25+ year lifespan of the panels, these savings can become even more significant if grid electricity prices continue to climb. Producing your own power provides a valuable buffer against future utility rate hikes, making your long-term energy costs more predictable.