7 Appliances Not to Buy in 2026 (Especially in California)

Why Some Appliances Are a Waste of Money in 2026

Not every appliance on the showroom floor is a good buy. Some use obsolete technology that costs more to operate than modern alternatives. Others have reliability problems that industry data clearly identifies. And in California specifically, where electricity runs above $0.30/kWh and water is priced at a premium, the wrong appliance choice costs significantly more than it would in lower-cost states.

In our Sacramento and Bay Area service areas, we repair thousands of appliances per year. That gives us a clear picture of which models and categories fail early, cost the most to fix, and leave homeowners wishing they had bought differently. Here are seven appliance purchases to avoid in 2026.

1. Single-Speed Pool Pumps

If you have a pool in the Sacramento area or anywhere in California, this is the most important item on the list. Single-speed pool pumps are the most wasteful home appliance you can own.

A single-speed pump runs at full power whenever it is on — typically 8–12 hours per day during swimming season. It consumes 1,500–2,500 watts continuously, which at California electricity rates translates to $800–$1,500 per year in electricity costs. A variable-speed pump performs the same filtration job at a fraction of the power draw, consuming 200–500 watts during low-speed operation. Annual operating cost: $200–$400.

Annual savings from switching: $500–$1,100.

Beyond the economics, California Title 20 appliance standards now prohibit the sale of single-speed pumps for residential pool use. If a contractor offers to install one, they are either selling leftover stock or operating outside the regulations. Either way, it is not a purchase worth making.

Variable-speed pumps cost $1,000–$1,500 installed — more than a single-speed unit — but the payback period at California electricity rates is typically 12–18 months. After that, you are saving $500 or more per year for the remaining 8–10 years of the pump's life. That is $4,000–$10,000 in lifetime savings.

2. Conventional Electric Resistance Dryers

Traditional electric dryers use a simple resistance heating element (like a giant toaster) to generate heat. They are cheap to buy ($400–$600) but expensive to operate. A conventional electric dryer uses 2,400–5,000 watts per cycle and costs $0.50–$1.00 per load at California rates.

Heat pump dryers are the modern alternative. They recycle heat from the exhaust air, using 40–60% less electricity per cycle. At California's $0.32/kWh, that saves $80–$150 per year for a household running 5 loads per week. Heat pump dryers cost $800–$1,400 — a $400–$800 premium — which pays back in 3–5 years through energy savings alone.

Additional advantages of heat pump dryers: they run at lower temperatures (gentler on clothes, extending garment life), they do not require an exterior vent (more installation flexibility), and they produce less heat in the laundry room (a real benefit during California summers).

With HEEHRA rebates of up to $840 available for qualifying households, the net cost of a heat pump dryer can be equal to or less than a conventional model. According to the Department of Energy, heat pump dryers meeting ENERGY STAR specifications use approximately 28% less energy than conventional models — and that gap is even more impactful at California's high electricity rates.

3. Top-Freezer Refrigerators Over 21 Cubic Feet Without ENERGY STAR

The budget temptation is real: a basic 21+ cubic foot top-freezer refrigerator can be found for $600–$800. But non-ENERGY STAR models in this size range consume 15–20% more electricity than their certified counterparts. At California rates, that efficiency gap costs $25–$40 per year — and compounds over the 13–15 year life of the unit.

The real issue is that bargain-priced large top-freezer models from lesser-known brands often have thin insulation, lower-grade compressors, and cheaper components that lead to earlier failures. Consumer Reports reliability data consistently shows that the least-reliable refrigerator brands cluster in the budget segment of large top-freezer models.

Our technicians report that budget 21+ cubic foot top-freezers from off-brand manufacturers are among the appliances we are most frequently called to repair within the first 3–5 years. Compressor failures, thermostat issues, and defrost system problems are disproportionately common.

Better buy: Spend $100–$200 more for an ENERGY STAR-certified model from a manufacturer with strong reliability ratings. The energy savings and reduced repair frequency more than cover the premium, especially at California electricity rates.

4. Standard Electric Resistance Water Heaters

If your current water heater is reaching end-of-life (typically 8–12 years for tank models), do not replace it with another standard electric resistance tank. These units are among the least efficient major appliances in your home, converting electricity to heat at a 1:1 ratio (or less, accounting for standby losses).

Heat pump water heaters are 2–3 times more efficient, using the same technology as an air conditioner (in reverse) to move heat from the surrounding air into the water. According to ENERGY STAR, a heat pump water heater saves the average household $330 per year compared to a standard electric model. At California electricity rates, those savings often exceed $500 per year.

The installed cost of a heat pump water heater is $2,500–$4,000 compared to $1,200–$2,000 for a standard electric tank. But California homeowners have multiple incentives to close that gap:

• HEEHRA rebate: Up to $1,750 for qualifying households
• Utility rebates: PG&E and other California utilities offer $300+ rebates
• Federal 25C tax credit: 30% of installed cost, up to $2,000

After incentives, a heat pump water heater can cost the same as — or less than — a standard electric replacement. With $500+ in annual energy savings, there is no financial justification for buying a standard electric resistance water heater in California in 2026.

5. Compact Countertop Dishwashers as a Primary Dishwasher

Countertop dishwashers seem like a bargain at $300–$500: smaller, simpler, and no permanent installation required. But as a primary dishwasher for a household of 2 or more, they are a poor investment.

The math works against them. A countertop dishwasher holds 4–6 place settings per load. A standard built-in dishwasher holds 12–16. For a household generating a typical volume of dishes, a countertop unit requires 2–3 loads per day where a full-size unit handles it in one. Each extra load uses 2–3 gallons of water and 1–1.5 kWh of electricity.

Annual cost comparison (household of 3, at California rates):

• Countertop dishwasher (2.5 loads/day): ~$180/year energy + $120/year water = $300/year
• Full-size ENERGY STAR dishwasher (1 load/day): ~$35/year energy + $15/year water = $50/year
• Difference: $250/year

Over 5 years, the countertop unit costs $1,250 more to operate — far exceeding the savings on purchase price. Add in the shorter lifespan (countertop dishwashers typically last 3–5 years vs. 9–12 for full-size models) and higher per-load water usage, and the economics are clearly unfavorable.

The exception: if you truly cannot install a built-in unit (no plumbing access, rental restrictions, very small kitchen), a countertop dishwasher is better than hand washing. But if installation is possible, the full-size unit is always the better long-term investment.

6. French Door Refrigerators with Bottom Ice Makers from Unreliable Brands

French door refrigerators are the most popular refrigerator style in America — and they are also the most repair-prone category, according to Consumer Reports' annual reliability surveys. The bottom-mounted ice maker and water dispenser systems in these units are particularly failure-prone, with ice maker issues being the number one reported problem.

The bottom ice maker design requires the refrigerator to move water from the back of the unit down to the freezer compartment, through long water lines that are susceptible to freezing, clogging, and leaking. In our service area, French door refrigerator ice maker repairs are among our most common service calls, averaging $200–$350 per repair.

This is not an argument against all French door refrigerators. Models from manufacturers with strong reliability track records (see Consumer Reports and J.D. Power ratings) perform well. The problem is with budget-priced French door models from brands with below-average reliability scores — these units combine the most complex refrigerator design with lower-quality components, resulting in a high probability of expensive repairs within the first 5 years.

Better buy: If you want a French door layout, invest in a model from a top-reliability brand, or consider a top-freezer or bottom-freezer model with a simpler, more reliable ice maker design. Our technicians report that top-freezer models with basic ice makers have failure rates roughly one-third those of French door bottom-ice models.

7. Gas Appliances for New California Installations

This final entry is California-specific and reflects the state's accelerating shift toward electrification.

Several Bay Area cities — including Berkeley, San Jose, and Mountain View — have adopted building codes that restrict or prohibit natural gas hookups in new residential construction. The California Air Resources Board has signaled its intent to phase out gas appliance sales statewide in coming years. While existing gas appliances remain legal to use and repair, the trajectory is clear: the future of California home appliances is electric.

For homeowners considering new gas appliance purchases in 2026, the practical concerns include:

Resale value impact. As electrification mandates expand, homes with all-gas kitchens may face valuation pressure from buyers who factor in the cost of future conversion.

Declining gas infrastructure investment. California utilities are reducing investment in gas distribution infrastructure. While this will not affect service in the near term, long-term gas rates may increase as the fixed costs of maintaining the gas network are spread across fewer customers.

Missing out on rebates and incentives. HEEHRA rebates, utility rebates, and federal tax credits are almost exclusively available for electric appliances. Buying gas means foregoing $840–$1,750+ per appliance in available incentives.

Higher operating cost trajectory. Natural gas prices in California have been volatile, and the state's climate policies are designed to increase the relative cost of fossil fuels over time. Electric rates are also rising, but the efficiency advantage of heat pump technology (2–3x more efficient than gas combustion) means that electric appliances cost less to operate per unit of useful heat delivered.

Our recommendation: If you are replacing a gas appliance in 2026 and the electrical infrastructure supports it (or you are willing to invest in a panel upgrade), choosing the electric equivalent positions your home for California's regulatory future and gives you access to substantial rebates. If your electrical panel cannot support the conversion, that is a valid reason to stick with gas for now — but plan the panel upgrade as a near-term investment.

The Common Thread: Long-Term Cost Matters More Than Purchase Price

Every item on this list shares the same underlying problem: the purchase price tells you almost nothing about the true cost of ownership. A $400 conventional dryer costs more over 10 years than an $1,100 heat pump dryer. A $600 non-ENERGY STAR refrigerator costs more than an $800 certified model. And a $200 single-speed pool pump costs thousands more than a $1,200 variable-speed unit.

In California, where energy and water rates are among the highest in the nation, these efficiency gaps are magnified. The wrong appliance choice here costs you significantly more than it would in a lower-rate state.

Before making any major appliance purchase in 2026, calculate the total cost of ownership: purchase price + (annual operating cost × expected lifespan) + expected repairs. That number — not the sticker price — is what you are actually paying.

Make Smarter Appliance Decisions

Not sure whether your planned appliance purchase is a smart long-term investment? EasyBear technicians can evaluate your current setup, calculate actual operating costs based on your California utility rates, and recommend the most cost-effective replacement options — including which rebates and incentives you qualify for. Book a consultation before you buy, and make sure your next appliance saves money instead of wasting it.