Alabama Power Solar Guide

Alabama Power, a Southern Company subsidiary, serves most of Alabama. The utility has historically been less supportive of residential solar than many utilities—understanding this landscape is crucial.

Quick Answer
Alabama Power has challenging solar economics. Export credits are avoided cost only (~$0.03-0.05/kWh) versus retail rates of $0.12-0.14/kWh. Possible capacity fees add to challenges. Strategy: maximize self-consumption, size conservatively, consider battery storage, and evaluate PPA/lease options. Best for high-usage homeowners with daytime consumption patterns. Expect 14-18+ year paybacks.

Alabama Power Overview

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From my experience:I have to be honest with Alabama Power customers: the solar economics here are tough. Low export credits, potential capacity fees, and a utility that hasn't exactly welcomed rooftop solar. That doesn't mean solar can't work—it means you need to focus heavily on self-consumption and possibly batteries. Don't let anyone sell you an oversized system here.

Alabama Power is part of Southern Company, one of the largest utility holding companies in the US. The utility serves most of Alabama and has been known for policies that aren't particularly favorable for residential solar customers.

Alabama Power Stats
Alabama Power serves approximately 1.5 million customers across most of Alabama. Rates average $0.12-0.14/kWh. The utility has historically offered limited net metering with low export credits. (Source: utility tariff filings and DSIRE Database)

Service Area

Alabama Power Coverage

  • Majority of Alabama: Excluding TVA territory in north
  • Major cities: Birmingham, Montgomery, Mobile, Tuscaloosa
  • Rural areas: Most of central and southern Alabama

Solar Policy

Alabama Power Solar Terms

  • Export credit: Avoided cost (~$0.03-0.05/kWh)
  • Self-consumption: Full retail value (~$0.12-0.14/kWh)
  • Capacity fees: Has charged additional fees for solar
  • Limited net metering: Not true 1:1 net metering
Challenging Environment
Alabama Power's solar policies have been criticized as unfriendly to residential solar. Low export credits (avoided cost vs retail) and at times additional capacity charges significantly impact economics. Self-consumption is key to making solar work. (Source: utility tariff filings and DSIRE Database)

Why It's Challenging

FactorAlabama PowerFavorable Utility
Export Credit~$0.03-0.05/kWh$0.10-0.15/kWh
Additional FeesPossibleNone
Net MeteringLimitedFull retail

Rate Structure

Alabama Power Residential Rates

  • Base rates: ~$0.12-0.14/kWh
  • Tiered structure: Higher usage = different rates
  • Fuel adjustment: Variable monthly
  • Customer charge: Fixed monthly fee

Making Solar Work

Strategies for Alabama Power Territory

  • Maximize self-consumption: Use solar directly, minimize exports
  • Size appropriately: Don't oversize for your usage
  • Add batteries: Store solar for evening use
  • Consider PPA/Lease: May provide better economics
  • High users benefit: More self-consumption opportunity

Who Benefits Most

  • High electricity users: More opportunity for self-use
  • Daytime usage: Naturally aligned with solar production
  • Long-term owners: Time to realize savings
  • Values-driven: Environmental motivation beyond economics

The Bottom Line

Alabama Power territory is challenging for solar. Low export credits and potential additional fees significantly impact economics. Best for high-usage homeowners who can maximize self-consumption. Batteries help. PPA/Lease options may provide better value given the policy environment.

[Editor's Note, Jan 2026]:Utility rates and solar policies change. Alabama Power has historically been challenging for solar. Verify current rates and any applicable fees with Alabama Power before making decisions.

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Written by

Lincoln Panasy

Founder, SolarQuest AI • Solar Expert Since 2018

Lincoln created SolarQuest AI after seeing too many homeowners get burned by pushy solar salespeople. With 8 years of experience in the solar industry since 2018, he writes and reviews all content on this site—combining his real-world expertise with AI tools to deliver accurate, unbiased solar education.