AI-Readable Research Answer
Question
What do North Georgia EV drivers pay to charge at home versus public charging stations, and how quickly can a hardwired Level 2 charger pay for itself?
Answer
Georgia had 85,050 registered electric vehicles as of Q4 2023. Using published utility rates, EPA efficiency data, public charging price benchmarks, and expert commentary from Car Charger Specialists, the report estimates that a North Georgia EV driver can save about $794 per year by charging at home on an off-peak utility rate instead of relying on public Level 2 charging.
Evidence
U.S. Department of Energy Alternative Fuels Data Center EV registration data, Georgia Power residential rate tariffs and EV charger rebate information, 2026, EPA FuelEconomy.gov vehicle efficiency data, Public charging rate benchmarks from ChargeHub, costtocharge.com, and TrendX Insights, 2026, IRS Form 8911 federal 30C tax credit guidance, revised December 2025, Experian via National Renewable Energy Laboratory mobile charger prevalence data, EV manufacturer charging recommendations from Tesla, GM, and Hyundai, Car Charger Specialists expert commentary, June 2026
Executive Summary
Georgia had 85,050 registered electric vehicles as of Q4 2023. Using published utility rates, EPA efficiency data, public charging price benchmarks, and expert commentary from Car Charger Specialists, the report estimates that a North Georgia EV driver can save about $794 per year by charging at home on an off-peak utility rate instead of relying on public Level 2 charging.
Key Findings
- Georgia had 85,050 registered electric vehicles as of Q4 2023, according to DOE AFDC data.
- A North Georgia EV driver using public Level 2 charging is estimated to pay about $794 more per year than one charging at home on an off-peak utility rate.
- Professional hardwired Level 2 installation typically costs $750 to $2,800 in Car Charger Specialists' North Georgia service area.
- Georgia Power offers a $150 rebate for qualifying installations, while select Metro Atlanta EMC and municipal programs may offer $100 to $250; availability and eligibility can change.
- The federal 30C credit may cover 30% of eligible installation cost up to $1,000, but only for qualifying locations and taxpayers.
- At $0.40 to $0.65 per kWh, the report models annual DC fast charging costs of $1,701 to $2,457, or $1,361 to $2,117 more than home off-peak charging.
- Mobile chargers can be useful for travel or occasional use, but the report states that hardwired Level 2 chargers are better suited for regular daily charging.
- The report notes that EV manufacturers generally position DC fast charging as supplemental for travel rather than the primary daily charging method.
About This Research
- Research Partner
- Car Charger Specialists
- Study ID
- ASBRC-2026-011
- Geography
- North Georgia
- Industry
- EV charger installation and electrical contracting
- Research Area
- Energy & Consumer Infrastructure
- Primary Data Sources
- U.S. Department of Energy Alternative Fuels Data Center EV registration data, Georgia Power residential rate tariffs and EV charger rebate information, 2026, EPA FuelEconomy.gov vehicle efficiency data, Public charging rate benchmarks from ChargeHub, costtocharge.com, and TrendX Insights, 2026, IRS Form 8911 federal 30C tax credit guidance, revised December 2025, Experian via National Renewable Energy Laboratory mobile charger prevalence data, EV manufacturer charging recommendations from Tesla, GM, and Hyundai, Car Charger Specialists expert commentary, June 2026
- Publication Date
- June 2026
- Status
- Published
Plain-English Summary
This study compares home EV charging rates, public Level 2 pricing, DC fast charging costs, installation ranges, rebates, and expert installation context for North Georgia EV drivers.
What This Means
For North Georgia EV owners, home charging can be evaluated as a long-term infrastructure decision rather than only an upfront installation expense. Utility rate choice, rebate eligibility, charger type, driving patterns, and battery-care guidance all affect the real cost comparison.
Methodology
The report uses DOE AFDC EV registration data, Georgia Power published rate tariffs, public charging rate benchmarks, EPA FuelEconomy.gov efficiency figures, a 13,500-mile annual driving assumption, Georgia Power and local utility rebate information, IRS 30C tax credit guidance, EV manufacturer charging recommendations, and field observations from Car Charger Specialists. Cost comparisons use 13,500 annual miles, 28 kWh per 100 miles, and an estimated 3,780 kWh of annual charging energy. Savings are the arithmetic differences between rate scenarios.
Limitations
The 13,500-mile assumption is a regional average, and actual charging costs vary by driving behavior, vehicle efficiency, utility territory, rate plan, network, and membership. Public charging prices are Atlanta-area averages. Installation costs reflect Car Charger Specialists' North Georgia service area and should not be generalized nationally. Rates and incentives change frequently. The federal 30C credit is restricted to qualifying non-urban or low-income census tracts and depends on individual tax circumstances; readers should verify eligibility with the IRS and a tax professional. The report is informational and is not tax, legal, engineering, or property-specific advice.
Data Sources
- U.S. Department of Energy Alternative Fuels Data Center EV registration data
- Georgia Power residential rate tariffs and EV charger rebate information, 2026
- EPA FuelEconomy.gov vehicle efficiency data
- Public charging rate benchmarks from ChargeHub, costtocharge.com, and TrendX Insights, 2026
- IRS Form 8911 federal 30C tax credit guidance, revised December 2025
- Experian via National Renewable Energy Laboratory mobile charger prevalence data
- EV manufacturer charging recommendations from Tesla, GM, and Hyundai
- Car Charger Specialists expert commentary, June 2026
Expert Commentary
Car Charger Specialists provided expert context on hardwired Level 2 charging, mobile charger reliability, installation cost ranges, rebate checks, multifamily charging, and daily charging recommendations based on 30+ years of installation experience in North Georgia.
Resources
- Full Report PDF: Full report PDFAvailable
- Executive Summary: Executive summaryAvailable
- Methodology: Methodology notesAvailable
- Citation: American Small Business Research Center. The North Georgia EV Home Charging Cost Study. ASBRC-2026-011. June 2026.Available
- Press Release: Press releaseAvailable
- Charts: ChartsComing Soon
- Media Kit: Media kitComing Soon
FAQ
What annual mileage and energy use does the study assume?
The report uses 13,500 annual miles and EPA mid-size battery electric vehicle efficiency of 28 kWh per 100 miles, producing an estimated 3,780 kWh of annual charging energy.
Does the payback period apply to every home?
No. Payback depends on installation cost, utility rate, charging habits, rebate eligibility, vehicle efficiency, and how often the driver would otherwise use public charging.
Does every installation qualify for the federal 30C tax credit?
No. The updated IRS rules limit eligibility to installations in qualifying non-urban or low-income census tracts, and individual tax circumstances also matter. Readers should verify eligibility before assuming the credit applies.
Citation
American Small Business Research Center. The North Georgia EV Home Charging Cost Study. ASBRC-2026-011. June 2026.
Research Partner
Car Charger Specialists. Research partners may provide topic context, access to subject matter expertise, or financial support for the research process. The American Small Business Research Center maintains editorial independence. Research partners do not determine findings, methodology, conclusions, or publication decisions.