Indiana solar data EIA rates · NREL sun hours Updated 2026

Solar Panels in Indiana: Cost, Savings & Incentives (2026)

How much do solar panels cost in Indiana in 2026? Typical 9.0 kW system: $18,900 after 30% ITC, 18.0-year payback, 4.5 sun hrs/day, 14.0¢/kWh. Free calculators.

· Reviewed by Green Energy Calculators Editorial Team

$18,900 After 30% ITC
18.0 yrs Payback
9.0 kW Typical system
$25,300+ 25-yr savings

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Indiana solar decision guides

Data hub — jump to in-depth sizing, bill-based, or policy guides. This page stays focused on rates & incentives.

Indiana solar snapshot (2026)

A 9 kW system in Indiana produces roughly 11,826 kWh/year at 4.5 peak sun hours and 14¢/kWh — saving about $1,655/year with ~11-year payback after the 30% ITC.

Cost itemAmount
System cost (9 kW)$27,000
Federal 30% ITC−$8,100
Net cost after ITC$18,900
Est. annual savings$1,655/yr
25-year net profit (est.)$22,475

Get at least 3 installer quotes — pricing varies up to 30% within the same state.

Indiana solar incentives

Federal ITC — 30%

All US homeowners qualify for the 30% federal Investment Tax Credit through 2032. On a $27,000 system, that's a $8,100 dollar-for-dollar tax credit.

Indiana state programs

Indiana does not currently offer a state solar tax credit after the previous credit expired. Indiana has net metering requirements for utilities, and some rural electric cooperatives offer their own programs. All Indiana homeowners qualify for the federal 30% ITC.

Is solar worth it in Indiana?

Indiana homeowners benefit most when system size matches actual usage and roof orientation is south-facing. Use the calculators above for a bill-specific estimate, or open a decision guide below for sizing by monthly bill or home sq ft.

Frequently asked questions

Direct answers for US homeowners in Indiana.

A typical **9.0 kW** system costs **$27,000** gross, or **$18,900** after the 30% federal ITC.

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Data sources EIA state rates · NREL sun hours
Reviewed by Green Energy Calculators Editorial Team
Last updated
Sizing formula kW = Annual kWh ÷ (Peak Sun Hours × 365 × 0.82)