What is the average electric bill in Los Angeles in 2026?

The average Los Angeles homeowner pays somewhere between $130 and $230 per month for electricity, depending almost entirely on which utility serves their address. LADWP customers typically land toward the lower end of that range at roughly 22¢/kWh, while SCE customers — covering most of the San Gabriel Valley, the South Bay, and the eastern parts of greater LA County — pay closer to 34–35¢/kWh, which pushes their bills toward the top of the range or beyond.

Last verified: July 2026 by Helios Energy Global.

That rate gap isn't a rounding error. It's the difference between a $140 bill and a $220 bill for the exact same household running the exact same appliances. Understanding which utility you're on, how your home's size and cooling habits drive consumption, and where summer spikes come from is the first step toward deciding whether solar makes sense for you.

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The two utilities that serve Los Angeles — and why they matter

Greater Los Angeles is split between two very different electricity providers:

• LADWP (Los Angeles Department of Water and Power) — a municipal utility covering the City of Los Angeles proper. It sets its own rates independent of the CPUC and still offers retail-rate net metering, meaning solar exports are credited dollar-for-dollar against what you consume.
• SCE (Southern California Edison) — an investor-owned utility regulated by the CPUC. SCE is on NEM 3.0 (the Net Billing Tariff), which credits solar exports at avoided-cost rates — typically far below retail — making battery storage far more important for SCE customers going solar.

If you live in the City of LA, you're almost certainly on LADWP. If you're in cities like Pasadena, Burbank, Glendale, or Anaheim, those have their own municipal utilities with separate rate structures. If you're in unincorporated LA County, the South Bay, or the San Gabriel Valley, you're likely on SCE.

Your zip code determines your utility. Your utility determines your rate. Your rate determines your payback period on solar.

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Average monthly electric bills by home size

The table below uses approximate consumption estimates for Southern California homes and applies each utility's average blended residential rate. These are estimates — your actual bill depends on your specific rate schedule, EV charging, pool pump, AC usage, and home insulation.

Home Size	Est. Monthly Usage	LADWP (~22¢/kWh)	SCE (~34–35¢/kWh)	Notes
Small apartment / condo (under 800 sq ft)	300–450 kWh	~$66–$99	~$102–$158	Minimal AC, no EV
Small house (800–1,400 sq ft)	500–700 kWh	~$110–$154	~$170–$245	Window AC or mini-split
Medium house (1,400–2,200 sq ft)	700–1,000 kWh	~$154–$220	~$238–$350	Central AC, 2–3 occupants
Large house (2,200–3,500 sq ft)	1,000–1,500 kWh	~$220–$330	~$340–$525	Central AC, pool, or EV
Large house + EV charging	1,300–1,900 kWh	~$286–$418	~$442–$665	Adds ~300–500 kWh/month for EV

All figures are estimates based on utility-published average rates and EIA residential consumption data. Actual bills vary.

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Why summer bills spike — and by how much

Los Angeles has a Mediterranean climate, which means winters are mild and electricity bills are relatively flat from October through April. The story changes dramatically from June through September.

Air conditioning is the primary driver

Central air conditioning can add 400–700 kWh per month to a medium-sized LA home during a heat wave. A home that runs a $150/month SCE bill in March can easily see $350–$500 bills in August.

SCE's TOU peak hours hit hardest in summer

SCE residential customers on time-of-use rates face their highest prices during the 4–9 PM window on weekdays — exactly when families are home, cooking dinner, and running AC after a hot day. During those hours, rates can exceed 50–55¢/kWh on some SCE TOU schedules. Running your AC hard from 5–8 PM is the single fastest way to inflate an SCE bill.

LADWP's tiered structure rewards conservation

LADWP uses a tiered rate structure rather than strict TOU pricing for most residential customers. Usage within your baseline allocation is billed at a lower rate; usage above it steps up. This means LADWP customers who stay below their baseline — common in smaller homes or mild months — pay significantly less per kWh than the blended average suggests.

Heat islands in the Valley run hotter

Neighborhoods in the San Fernando Valley, the San Gabriel Valley, and the Inland Empire regularly run 5–10°F hotter than coastal Santa Monica or Manhattan Beach. A home in Reseda or Covina will run its AC far harder than a comparable home in Culver City, even if both are on the same utility.

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How solar changes the math — differently by utility

Because LADWP and SCE have such different rate structures and net metering rules, solar economics play out differently depending on your utility.

LADWP customers: simpler math, still strong returns

LADWP still offers retail-rate net metering, so every kWh your panels produce and export to the grid offsets a kWh you'd otherwise buy at ~22¢. The math is straightforward: a system that covers 80% of your usage cuts your bill by roughly 80%. With rates at 22¢, payback periods typically run 8–12 years depending on system size and financing.

SCE customers: batteries change the equation

Under NEM 3.0, SCE credits solar exports at avoided-cost rates — often 5–9¢/kWh — rather than the retail 34–35¢ you pay to buy power. That means exporting excess solar to the grid is worth far less than using it yourself. A battery lets you store midday solar production and deploy it during the expensive 4–9 PM peak window, effectively letting you "sell" stored solar to yourself at retail rates. For SCE customers, pairing solar with a battery is often the difference between a mediocre payback and a strong one. See our full breakdown at /guides/solar-vs-battery-nem-3.

What a solar system costs in 2026

A typical residential solar installation in Southern California runs approximately $2.40–$3.25 per watt before any incentives. For a 7 kW system (enough to cover most medium-sized homes), that's roughly $16,800–$22,750. Note that the 30% federal residential solar tax credit expired December 31, 2025 — there is no federal credit for systems installed in 2026. California's SGIP battery incentive program has residential funds that are currently waitlisted, not available. See /solar-panel-cost for a current cost breakdown, and get a custom design and savings estimate at /design-savings.

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Other factors that move your LA electric bill

Bold-led factors that push bills higher:

• Electric vehicle charging — adds 300–500 kWh/month for most EV drivers, often more for trucks or longer commutes
• Pool pump and heater — older single-speed pumps can add 150–300 kWh/month; variable-speed pumps dramatically reduce this
• Electric water heater — especially older resistance-element tanks; heat pump water heaters use roughly 60–70% less energy
• Poor insulation or older windows — older homes in LA's inland communities often have minimal attic insulation, making AC work far harder
• Home office equipment — multiple monitors, gaming PCs, and always-on networking gear add up quietly

Factors that push bills lower:

• LED lighting throughout — saves 50–100 kWh/month in a typical home vs. incandescent
• Smart thermostat — pre-cooling before SCE's 4 PM peak and letting temps rise during peak hours can meaningfully reduce TOU charges
• Energy Star appliances — especially refrigerators and dishwashers, which run constantly

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Frequently asked questions about average electric bills in Los Angeles

What is the average electric bill in Los Angeles per month?

For a typical single-family home, expect roughly $130–$230/month depending on your utility and home size. LADWP customers with moderate usage often land around $130–$180; SCE customers in similar homes often pay $180–$250 or more, especially in summer.

Why is my SCE bill so much higher than my neighbor's LADWP bill?

SCE's average residential rate of ~34–35¢/kWh is roughly 55–60% higher than LADWP's ~22¢/kWh. That difference is structural — SCE is an investor-owned utility regulated by the CPUC, while LADWP is a municipal utility that sets its own rates. There's no workaround other than reducing consumption or generating your own power with solar.

Does LADWP or SCE serve my address in Los Angeles?

Generally, if you live within the City of Los Angeles (including Hollywood, the Valley, Westside, and South LA), you're on LADWP. If you're in unincorporated LA County or cities like Long Beach, Torrance, Pasadena (which has its own muni), or anywhere in the San Gabriel or San Fernando valleys outside city limits, you're likely on SCE. Check your bill or call your utility to confirm — it matters a lot for solar planning.

How much does AC add to my electric bill in Los Angeles?

Running central air conditioning in a medium-sized LA home during summer typically adds $60–$180/month to your bill, depending on your utility, how hot your neighborhood runs, and how aggressively you cool your home. Homes in the Valley or Inland Empire with older AC systems can see even larger spikes during heat waves.

Is solar worth it in Los Angeles given current rates?

For most homeowners, yes — especially SCE customers paying 34–35¢/kWh, where the savings per kWh are substantial. LADWP customers at 22¢/kWh still see solid returns, particularly with retail-rate net metering still in place. The federal tax credit expired at the end of 2025, so upfront costs are higher than they were, but high utility rates still drive strong long-term savings. See /solar for a full overview and /design-savings for a custom estimate.

What is a high electric bill in Los Angeles?

For an SCE customer, anything above $300/month in winter or $450/month in summer is on the high end and usually signals a combination of EV charging, a pool, poor insulation, or heavy AC use. For LADWP customers, bills above $200/month year-round typically indicate similar high-consumption factors. These are exactly the households where solar and battery storage tend to deliver the fastest payback.

Will my electric bill go up in the next few years?

Almost certainly. SCE has filed for rate increases with the CPUC, and historical trends show California investor-owned utility rates rising 5–8% annually on average over the past decade (per EIA data and CPUC utility filings). LADWP rates have been more stable but are not immune to infrastructure cost pressures. Locking in solar production now is one way to hedge against future increases.

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Next steps

• Book a free consultation and custom design — we'll pull your actual utility data and show you exactly what solar would save on your specific bill
• See current solar panel costs for Southern California — updated ranges for 2026 installs
• Understand your solar savings estimate — how we calculate payback for LADWP vs. SCE customers
• Learn how NEM 3.0 affects SCE solar customers — the full breakdown of the Net Billing Tariff
• Solar + battery under NEM 3.0: is it worth it? — numbers-first comparison for SCE homeowners
• Explore battery storage options — especially relevant if you're on SCE
• Find our Southern California service locations — we serve Santa Monica, the Westside, the Valley, and beyond