What is the average LADWP electric bill in 2026?

The average LADWP residential customer pays roughly $130–$180 per month in 2026, based on an average all-in rate of approximately 22¢/kWh and typical household consumption of around 600–800 kWh per month in Los Angeles. That's meaningfully lower than what most Southern California Edison customers pay — and the gap matters a lot when you're sizing a solar system.

Last verified: July 2026 by Helios Energy Global.

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The key numbers at a glance

Factor	LADWP (2026 estimate)	SCE (2026 estimate)
Average residential rate	~22¢/kWh	~34–35¢/kWh
Typical monthly usage	600–800 kWh	600–800 kWh
Estimated monthly bill	~$130–$180	~$200–$280
Net metering type	Retail-rate net metering	NEM 3.0 / Net Billing Tariff
Export credit rate	~Retail rate (~22¢)	Time-varying, often 5–8¢ off-peak
Solar install cost (before incentives)	~$2.40–$3.25/watt	~$2.40–$3.25/watt
Home battery (installed, per unit)	~$10,000–$16,000	~$10,000–$16,000
SGIP battery rebate	Waitlisted	Waitlisted

All figures are estimates based on utility filings, EIA data, and installer market data. Your bill depends on home size, usage habits, rate tier, and season.

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Why LADWP bills run lower than SCE neighbors

Los Angeles is served by the Los Angeles Department of Water and Power, a city-owned municipal utility — not one of California's investor-owned utilities (IOUs) like SCE, PG&E, or SDG&E. That distinction has real financial consequences for ratepayers.

LADWP's power mix includes a higher share of lower-cost hydroelectric generation, and as a municipal utility it isn't subject to the same CPUC-mandated cost structures that drive IOU rates upward. The result: LADWP's average residential rate sits around 22¢/kWh — roughly 35–40% lower than SCE's average of 34–35¢/kWh.

For a household using 700 kWh in a month, that difference alone is about $85–$90 per month, or over $1,000 per year, before solar enters the picture at all.

Rate tiers and seasonal variation

LADWP uses a tiered rate structure rather than the aggressive time-of-use pricing that SCE customers face. Your rate climbs as you use more electricity within a billing period, but there's no punishing 4–9 PM peak window that forces you to reschedule your dishwasher and EV charging the way SCE's TOU structure does.

Key LADWP residential rate factors:

• Baseline tier: Lowest rate, covers a defined "baseline" amount of usage
• High-usage tier: Kicks in above baseline; still generally below SCE's off-peak rate
• Summer vs. winter: Summer months carry slightly higher rates due to cooling demand
• Lifeline rate: A subsidized low-income tier for qualifying customers

If you're on LADWP and your bill is running above $200/month consistently, you're likely a higher-usage household — air conditioning, a pool, an EV, or a larger home — and you're an especially strong solar candidate.

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The LADWP solar advantage: retail net metering

This is where LADWP customers have a significant structural edge over their SCE and SDG&E neighbors, and it's worth understanding clearly.

SCE, PG&E, and SDG&E are all investor-owned utilities under CPUC jurisdiction. Since April 2023, new solar customers on those utilities have been placed on NEM 3.0 (the Net Billing Tariff). Under NEM 3.0, excess solar electricity exported to the grid is credited at a time-varying "avoided cost" rate — which can be as low as 5–8¢/kWh during midday hours when solar production peaks. That's a steep cut from the old retail-rate credits, and it fundamentally changes the economics of solar-only systems, pushing customers toward battery storage to capture more value at home.

LADWP is not subject to NEM 3.0. As a municipal utility, LADWP runs its own Solar Incentive Program (SIP) with retail-rate net metering. When your solar panels produce more electricity than your home is using, that surplus flows to the grid and you receive a credit at close to the full retail rate — roughly 22¢/kWh — rather than a fraction of it.

That single difference changes the math on a solar-only system dramatically:

• On SCE: A midday export earns you ~5–8¢. You'll later buy that same electricity back at 34–35¢. Net loss on every exported kWh.
• On LADWP: A midday export earns you ~22¢. You buy back at ~22¢. Roughly break-even on exports, with no penalty for oversizing.

For solar panel sizing, this means LADWP customers can size a system to cover 100% of annual usage without worrying that oversizing will hurt them. SCE customers need to think more carefully about self-consumption ratios and whether adding a battery makes sense to avoid exporting at low rates.

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How solar changes an LADWP bill

Let's run a realistic scenario. A home in the San Fernando Valley using 750 kWh/month on LADWP:

Without solar: ~$165/month, ~$1,980/year

With a properly sized solar system (say, 6–7 kW):

• Produces roughly 750–900 kWh/month in Los Angeles sun
• Offsets most or all of the bill during peak production months
• Exports surplus in summer; draws from grid in winter
• Annual net bill: often $10–$40/month (connection/minimum charges)

System cost: A 6.5 kW system at $2.40–$3.25/watt installed runs roughly $15,600–$21,100 before any incentives.

Incentives in 2026:

• The 30% federal residential solar tax credit expired December 31, 2025. There is no federal credit for a 2026 solar purchase.
• California has no statewide solar rebate for most homeowners in 2026.
• LADWP's Solar Incentive Program may offer performance-based incentives — check current program status at time of purchase, as budgets and availability change.
• SGIP battery rebates are waitlisted in 2026; don't count on them in your payback calculation.

With retail net metering still intact, payback periods for LADWP solar customers typically run 8–12 years depending on system size, financing, and usage — without the federal credit that shortened timelines in prior years. Get a custom design and savings estimate to see your specific numbers.

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Does adding a battery still make sense on LADWP?

On SCE, batteries are nearly essential under NEM 3.0 — you need them to avoid exporting cheap and buying back expensive. On LADWP, the calculus is different.

With retail-rate net metering, a battery on LADWP is primarily a resilience purchase, not an arbitrage play. You're buying:

• Backup power during outages (increasingly relevant in LA with wildfire-related grid events)
• Energy independence from grid fluctuations
• Future-proofing if LADWP's net metering policy ever changes

A home battery runs roughly $10,000–$16,000 installed per unit. That's a real cost, and the financial return on LADWP is slower than on SCE — but the resilience value is real, especially in hillside and fire-adjacent neighborhoods. Explore the solar vs. battery tradeoffs in more detail, or see our batteries page for what to expect from a storage installation.

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Frequently asked questions about LADWP electric bills

What is the average LADWP electric bill per month in 2026?

Most LADWP residential customers pay roughly $130–$180/month, based on an average rate near 22¢/kWh and typical usage of 600–800 kWh. Higher-usage homes — those with EVs, pools, or central AC — often run $200–$300/month or more.

Why is my LADWP bill lower than my friend's SCE bill?

LADWP is a city-owned municipal utility with a different rate structure and power mix than SCE, which is an investor-owned utility regulated by the CPUC. LADWP's average rate (~22¢/kWh) is roughly 35–40% lower than SCE's (~34–35¢/kWh), so identical usage produces a much lower bill on LADWP.

Is LADWP on NEM 3.0?

No. NEM 3.0 (the CPUC Net Billing Tariff) applies only to investor-owned utilities: SCE, PG&E, and SDG&E. LADWP is a municipal utility and runs its own Solar Incentive Program with retail-rate net metering. Excess solar generation is credited at close to the full retail rate, not the reduced avoided-cost rate that SCE solar customers receive.

Does the 30% federal solar tax credit apply to a 2026 LADWP solar installation?

No. The 30% federal residential solar tax credit expired on December 31, 2025. There is no federal tax credit for residential solar systems installed in 2026. Factor this into your payback calculation — it adds roughly 2–3 years compared to pre-2026 purchases.

How much does solar save on an LADWP bill?

A properly sized system can reduce most LADWP bills to near zero for monthly energy charges, leaving only the minimum connection fee (typically $10–$40/month). Because LADWP still offers retail-rate net metering, solar-only systems without batteries can be sized generously without the export penalty that SCE customers face.

Is SGIP available for LADWP battery storage in 2026?

SGIP (Self-Generation Incentive Program) residential battery rebates are waitlisted in 2026 — funding has been exhausted and new applicants are not receiving reservations. Don't build a battery payback calculation around SGIP. The resilience and backup value of a battery remains real; the rebate currently does not.

How do I find out if solar makes sense for my specific LADWP bill?

The most reliable way is a custom design based on your actual 12-month LADWP usage data, roof orientation, shading, and goals. Generic calculators miss too many variables. Book a free consultation and we'll pull together a site-specific analysis at no cost or obligation.

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Next steps

• Book a free consultation and custom design — we'll review your LADWP bills and show you exactly what solar would offset
• See what a solar system costs in 2026 — ranges, variables, and what drives the price
• Explore our solar overview for LA homeowners
• Understand NEM 3.0 and why it doesn't apply to you on LADWP
• Learn about home battery storage — resilience value vs. financial return on LADWP
• Find our Southern California service locations