TX · Solar + Battery

Solar quotes in Laredo, TX.

Battery-coupled solar closes most often in Texas. One real quote from a vetted local installer, with the federal Clean Tech ITC (30%) on storage stacked with state net metering.

One vetted local installer · no lead list
What you get
  • One vetted local Laredo installer
  • Rebates checked for your exact address
  • No call-center spam, no lead list
8 kW
Average system size
$2.60/W
Average cost (USD)
9 yrs
Average payback
286+
Local installers

Why solar in Laredo

Laredo summers put a household in an unusual position for solar arithmetic: you will consume far more electricity across a year than you will ever export. That sounds like a disadvantage and it is actually a simplification, because it tells you exactly which number in an electricity plan matters most. It is not the buyback rate that so much Texas solar marketing leads with. It is the plan energy rate, the price of everything you buy.

For a high-consumption home, the energy rate dominates

Texas has no statewide net-metering mandate, and compensation for exported solar depends on the retail electricity provider and the specific plan selected. Marketing tends to lead with the buyback rate, because it is the number that sounds like it is about solar.

In a household with a heavy summer cooling load, that is the wrong emphasis. If you buy several times more electricity across a year than you export, then the rate you pay for energy moves your annual bill far more than the rate you are credited for exports.

So compare plans on both rates together, weighted by your own consumption rather than by a generic profile. A plan with an eye-catching buyback and an expensive energy rate can cost you more than a plan with a modest buyback and a cheap one.

PowerToChoose.org is the state-run comparison site and the right place to see what is available at your address. Take your last twelve months of bills to the comparison rather than estimating, because your actual summer consumption is the thing that decides the answer.

Size for the electricity you use as it is generated

Electricity you consume as it is generated is worth the plan energy rate, because it avoids a purchase entirely. Electricity you export is worth the export credit, which is usually less. For a high-consumption household that gap is where most of the value sits.

The good news is that a cooling-dominated load lines up well with when a rooftop array produces. Air conditioning runs hardest in the afternoon, which is when the panels are working, so a large share of production is consumed on site rather than exported.

Ask your installer to model the self-consumed share explicitly for your household rather than quoting an annual offset percentage. Two houses with the same array and very different occupancy patterns get very different results, and the model should reflect yours.

That share is also the part of the return that survives every future plan change, since it does not depend on any export credit. A project that works on self-consumption alone is a sturdier purchase than one that needs generous export terms to make sense.

Heat, batteries and honest expectations

A grid-tied array without battery storage shuts down during an outage, as a safety requirement so that crews are not working on lines a rooftop system is energising. If keeping cooling running through an outage is part of your reason for considering solar, storage has to be designed in rather than added to the conversation later.

Ask any installer to be specific about what a proposed system does during an outage: which circuits stay live, for how long, and whether it can recharge while the grid is down. A general assurance about backup capability is not an answer.

Heat affects production as well. Panel output falls somewhat as cell temperature rises, so the hottest afternoons are not the highest-producing ones, and a production estimate should reflect real conditions rather than laboratory ratings. Ask what temperature assumptions sit behind the estimate you were given.

Check the roof before anything is ordered. Panels outlast most coverings, so one within a few years of replacement should be replaced first rather than paying later to remove and reinstall the array.

The exemption you have to claim, and the credit that ended

Texas Tax Code Section 11.27 exempts 100 percent of the appraised home value added by an installed solar energy device from property tax. It is not automatic. Form 50-123 must be filed with your county appraisal district, and the deadline for the current tax year is generally April 30.

Ask whether your installer assists with the filing, and put the deadline in your own calendar regardless. An exemption you qualified for and never claimed is the most avoidable cost in a Texas solar project, and unlike the rest of the arithmetic it is entirely within your control.

The federal position has changed and a great deal of published material has not caught up. The 30 percent Residential Clean Energy Credit under Section 25D expired for property placed in service after December 31, 2025, so a cash or loan purchase now does not receive it. A quote that still applies it is overstating your return substantially.

Section 48E survives at 30 percent for third-party owners under leases and power purchase agreements, so such a provider may claim it and reflect part of that value in the rate they offer. What they claim and what actually reaches you are separate questions, so ask both and confirm with a tax advisor rather than with the sales material.

Incentives & rebates

Net metering: No statewide mandate (retailer-dependent buyback)

Texas has no statewide net-metering law. In deregulated ERCOT areas, compensation for exported solar depends on the retail electricity provider and the specific solar buyback plan selected; some plans credit at near-retail rates and others at lower wholesale-style rates. A few municipal utilities and co-ops offer their own net-metering or buyback programs.

Battery + Storage

Why solar + battery in Laredo

Texas has one of the fastest-growing residential solar markets in the country, fueled by abundant sun, large average home sizes, high summer air-conditioning loads, and a deregulated retail electricity market across most of the state. There is no statewide net-metering mandate, so the value of exported power depends heavily on which retail provider and buyback plan you choose. The 30% federal Residential Clean Energy Credit (Section 25D) ended on December 31, 2025 - cash and loan purchases in 2026 no longer receive it, though leased / PPA systems can still indirectly capture 30% through the surviving commercial Section 48E credit claimed by the third-party owner. The Texas property-tax exemption (Tax Code §11.27) still keeps a system's added home value off the tax roll, and several utilities and co-ops continue to offer their own rebates. A typical 8 kW Texas system now pays for itself in roughly 10-13 years (longer than before, given the lost 25D credit).

✓ Federal Clean Tech ITC 30% on storage ✓ Outage resilience

How payback works in Texas

System cost
$20,800
Estimated net cost
$20,800
Estimated payback
~12.8 years
25-year net savings
~$19,700

These figures are illustrative; your actual quote reflects your roof, sun exposure, and local utility rates.

Frequently asked questions

Which number matters most in a Texas electricity plan?
For a high-consumption household, the plan energy rate. If you buy several times more electricity across a year than you export, the price of what you buy moves your bill far more than the credit for what you send out, even though marketing leads with the buyback rate.
How should I compare plans?
On both rates together, weighted by your own consumption. Take your last twelve months of bills rather than estimating, since your actual summer usage decides the answer. PowerToChoose.org is the state-run comparison site and shows what is available at your address.
Does my cooling load help or hurt solar economics?
It helps, because air conditioning runs hardest in the afternoon when the array is producing, so a large share of production is consumed on site rather than exported. Electricity used as it is generated is worth the plan energy rate, which is normally more than the export credit.
Will solar keep my air conditioning running in an outage?
Not without battery storage. A grid-tied array shuts down during an outage for crew safety. Ask any installer exactly which circuits a proposed system keeps live, for how long, and whether it recharges while the grid is down.

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