Helping Riverside County homeowners navigate SCE rates and solar options since 2020
Most homeowners who go solar focus almost entirely on their HVAC system when thinking about electric load. That makes sense because heating and cooling are the biggest single load in most California homes. But the second-largest load, water heating, often gets overlooked entirely.
The average California home spends between $400 and $600 per year heating water. If your home still has a traditional gas or electric resistance water heater, switching to a heat pump water heater (HPWH) cuts that cost by 65 to 70 percent before solar enters the picture. Add solar panels sized to cover the remaining load, and your water heating cost approaches zero.
Between the IRA Section 25C tax credit ($2,000), TECH Clean California rebates (up to $1,000), and SCE rebate programs, the upfront cost of an HPWH after incentives often falls to $400 to $700 for a qualified unit. At Temecula electricity rates, that produces a payback period of three to five years when combined with solar. This guide breaks down exactly how to make that math work for your household.
1. How Heat Pump Water Heaters Actually Work
A traditional electric water heater uses resistance heating elements submerged in the tank. Run electricity through a resistor and you get heat. One unit of electricity in, one unit of heat out. Efficient in the sense that almost nothing is wasted, but fundamentally limited: you cannot get more heat than the electricity you put in.
A heat pump water heater works on a completely different principle. It does not generate heat. It moves heat. The unit contains a small refrigeration cycle (the same physics behind your refrigerator and air conditioner): a compressor, a refrigerant loop, and coils. The heat pump draws warm air from the surrounding space, extracts the heat from that air, and transfers it into the water tank. The compressor does the work of moving that heat, and it takes far less electricity to move heat than to generate it.
Efficiency Comparison: Coefficient of Performance
Because the heat pump draws heat from surrounding air, it also slightly cools and dehumidifies the space where it is installed. In a garage or utility room in Temecula, that is often a bonus in summer. In winter, it means the space gets a bit cooler, which is worth thinking about if your water heater is in a conditioned area. Most installers put HPWHs in garages, and in Temecula that works well year-round.
Most HPWHs also include a backup electric resistance mode. On very cold days or during periods of unusually high demand, the unit can switch to resistance heating to maintain temperature. In Temecula, this backup mode rarely fires because ambient temperatures stay high enough for the heat pump to operate efficiently almost all year.
2. California Moving Away from Gas Water Heaters
California has been signaling for years that gas appliances are on their way out. The state has set a target of carbon neutrality by 2045, and buildings account for roughly 25 percent of California's greenhouse gas emissions. Water heaters and space heating are the two largest sources within buildings.
The California Energy Commission (CEC) updated the Building Energy Efficiency Standards (Title 24) with requirements that effectively push new construction toward heat pump water heaters. The 2022 standards require electric-ready infrastructure even in homes with gas appliances, making future electrification easier. Several California cities have adopted REACH codes that go further than state minimums and prohibit new gas hookups entirely.
Riverside County has not yet adopted its own all-electric REACH code, but the state trajectory is clear. When your gas water heater eventually fails (typical lifespan is 8 to 12 years), you will increasingly be choosing between replacement with the same gas technology in a tightening regulatory environment, or switching to an HPWH with significant incentives available now that may not be available later.
Why Acting Now Makes Financial Sense
The IRA Section 25C tax credit of $2,000 for HPWHs is available through 2032. TECH Clean California rebates and SCE rebates are funded programs that can be exhausted or reduced. The homeowners who act while incentives are stacked get the best payback periods. Waiting until your gas heater fails often means replacing it in an emergency without time to apply for rebates or right-size the unit.
If your gas water heater is more than 7 years old, the math for proactive replacement now versus emergency replacement later almost always favors acting now.
3. The Energy Math: How Much Does Water Heating Really Cost You?
A typical US household uses between 3500 and 4000 kWh per year on water heating. The US Department of Energy uses 3573 kWh per year as its baseline figure for a family of four. California households tend to run slightly lower because of the mild climate reducing the temperature gap between incoming cold water and the target temperature, but 3500 kWh per year is a reasonable working figure for Temecula.
At SCE Tier 1 rates of approximately $0.34 per kWh in 2026, a standard electric resistance water heater costs about $1190 per year to operate (3500 kWh x $0.34). That is the worst-case scenario.
If you have a gas water heater, the direct energy cost is lower, but SoCalGas rates have risen significantly in recent years, and the cost of the gas line, gas appliance maintenance, and potential future regulatory costs are also real factors.
| Water Heater Type | Annual kWh Used | Annual Cost (SCE 2026) | vs. HPWH |
|---|---|---|---|
| Electric Resistance | 3500 | $1,190/yr | 3.5x more |
| Gas Water Heater | N/A (gas) | $350-600/yr | 2-4x more |
| HPWH (COP 3.5) | ~1000 | $340/yr | Baseline |
| HPWH + Solar | ~1000 (solar covered) | ~$0-50/yr | Near zero |
Based on SCE Tier 1 rate of $0.34/kWh as of 2026. Actual costs vary by household size and usage patterns.
A heat pump water heater with a UEF of 3.5 reduces the 3500 kWh annual load down to approximately 1000 kWh. That is a 71 percent reduction. At $0.34 per kWh, your water heating bill drops from $1190 to about $340 per year.
If you already have solar panels, that 1000 kWh of annual HPWH consumption is a small load relative to what your system likely produces. If you are sizing a new solar system, adding one or two additional panels (300 to 400 watts each) is typically enough to cover the HPWH load completely.
4. Why HPWHs Pair So Well With Solar
Solar panels produce electricity during daylight hours, with peak production typically between 10 am and 3 pm. Water heaters, by contrast, are most heavily used in the mornings (people showering before work) and evenings (dishes, laundry). That timing mismatch creates an opportunity.
Most modern heat pump water heaters can be programmed or connected via WiFi to shift their heating schedule. Instead of heating water reactively when someone uses hot water, the unit can heat the tank during midday solar production hours, storing that energy as hot water for the evening. Hot water is, in effect, a form of thermal battery. A well-insulated 65-gallon tank can hold heat for many hours with minimal loss.
Solar Self-Consumption Strategy
Under NEM 3.0 (the net metering rules that apply to new solar systems in California as of April 2023), exported solar energy earns significantly less credit than it did under NEM 2.0. The average export rate dropped from roughly $0.30 per kWh to about $0.05 per kWh for most SCE customers.
That change makes self-consumption much more valuable than export. Using your solar electricity to heat water at midday (instead of exporting it) avoids buying that electricity back at $0.34 per kWh in the evening. The effective value of self-consumed solar energy is $0.34 per kWh. The value of exported solar is $0.05 per kWh. Programming your HPWH to run during solar hours is worth roughly 7 times more than letting it export.
For existing solar owners on NEM 2.0 who have not yet switched to a heat pump water heater, the calculus is slightly different. NEM 2.0 export rates are still relatively generous. But as grandfathering periods end (typically 20 years from installation), everyone will eventually face the lower NEM 3.0 rates. Getting ahead of that transition with load-shifting appliances like HPWHs is the right long-term move.
For homeowners who are installing solar for the first time, sizing the system to cover the HPWH load makes the most sense. You get the full $0.34 per kWh benefit for every kWh your HPWH consumes from solar rather than the grid.
5. Rheem ProTerra vs AO Smith Voltex vs Stiebel Eltron vs Bradford White Aerotherm
The HPWH market has grown significantly in the last five years. Several strong options are available for California homeowners in 2026. Here is how the leading brands compare on the metrics that matter most: efficiency, first-hour rating, smart features, and price before rebates.
Rheem ProTerra (65-gallon)
Top PickHighest UEF rating available in a standard residential tank. Qualifies for all California rebates and the full $2,000 IRA credit. EcoNet integration allows coordination with solar inverters. Most commonly installed unit by California solar contractors. The 80-gallon version is available for larger households.
AO Smith Voltex Hybrid (50-gallon and 80-gallon)
Solid efficiency ratings and wide installer availability. The 80-gallon version is a good choice for households of five or more. The iCOMM app is less polished than EcoNet but functional. Both sizes qualify for the IRA credit and California rebates.
Stiebel Eltron Accelera (58-gallon)
German engineering with a strong reputation for longevity. Lower UEF than Rheem and AO Smith. The Accelera 300 is quieter than most competitors (roughly 40 dB vs 45-50 dB). No native solar integration or demand response capability in the base unit. Better choice for homeowners who prioritize quiet operation over smart features.
Bradford White Aerotherm (50-gallon)
Often the lowest upfront price among qualified units. Qualifies for rebates and the IRA credit. Fewer smart features than Rheem or AO Smith, which limits solar self-consumption optimization. A good budget option if manual scheduling is acceptable or if the installer prefers a particular brand.
For most Temecula homeowners pairing an HPWH with solar, the Rheem ProTerra 65-gallon is the recommended starting point. Its UEF of 4.0 is the highest available, the EcoNet solar mode genuinely shifts heating to solar production hours, and it has the widest availability among local solar and plumbing contractors. If your household consistently uses more than 80 gallons of hot water per day, consider the Rheem 80-gallon or AO Smith 80-gallon Voltex.
6. IRA Section 25C Tax Credit: $2,000 Back on Your Federal Return
The Inflation Reduction Act (IRA) created an enhanced version of the existing Section 25C energy efficiency tax credit. For heat pump water heaters specifically, the credit is 30 percent of the installed cost, capped at $2,000 per year.
This is a tax credit, not a deduction. It reduces your federal income tax liability dollar for dollar. If you owe $2,000 or more in federal taxes, the full $2,000 credit offsets that amount directly. If you owe less than $2,000, the credit reduces your liability to zero but is not refundable (it does not generate a refund beyond your tax owed).
Section 25C HPWH Credit: Key Details
A Rheem ProTerra 65-gallon with professional installation typically costs $1,800 to $2,200 all-in before any rebates. At 30 percent, the Section 25C credit returns $540 to $660 toward a $1,800 unit, or the full $2,000 cap on a $2,200 installation. Your tax advisor can confirm eligibility based on your specific tax situation.
The Section 25C credit is separate from and stackable with the Section 25D credit that covers residential solar panels (which is 30 percent of the solar system cost, not capped). In a year where you install both solar and an HPWH, you can claim both credits on the same return, subject to the individual caps.
7. BayREN, TECH Clean California, and SCE Rebates
Beyond the federal tax credit, California has layered state and utility rebates that further reduce the upfront cost of an HPWH. For Temecula homeowners served by SCE, three rebate programs are relevant.
TECH Clean California
Up to $1,000Who qualifies: All California homeowners replacing gas or electric water heaters
How to claim: Applied at point of sale through participating contractors. The contractor submits the rebate claim on your behalf. No paperwork for the homeowner.
TECH Clean California is a statewide program funded through utility ratepayers. Rebate amounts can change as funding is allocated. The $1,000 amount applies to qualified HPWHs installed by certified TECH contractors. Verify current funding availability at tech.energy.gov before committing to a timeline.
SCE (Southern California Edison) Rebates
$100-300 (varies by program year)Who qualifies: SCE residential customers replacing a water heater
How to claim: Submitted online at the SCE rebate portal after installation. Requires proof of purchase and installation and a copy of the contractor invoice.
SCE periodically updates its rebate amounts based on state funding and program cycles. The base rebate for HPWHs has ranged from $100 to $300. Some SCE programs stack with TECH Clean California rebates; others do not. Confirm the current program at sce.com/rebates before installation.
BayREN / SoCal REN
Up to $500 (income-qualified households may receive more)Who qualifies: Homeowners in Southern California Regional Energy Network territory
How to claim: Administered through local utilities and community programs. Application submitted after installation.
Regional Energy Network programs vary by county and can change yearly. As of 2026, some income-qualified Riverside County households may access enhanced rebates through SoCal REN in addition to TECH Clean California. Income-qualified households (below 80% area median income) are often eligible for free or near-free HPWHs under California's Low-Income Weatherization Program.
Stacking all available incentives, a Temecula homeowner replacing a gas water heater with a Rheem ProTerra 65-gallon could receive:
Total Incentive Stack Example
Illustrative example. Actual amounts depend on installed cost, tax liability, and current rebate availability. Consult a tax advisor.
8. NEM 3.0 and Sizing Solar for Your HPWH
If you are installing solar in California today, your system will be on NEM 3.0 (also called Net Billing Tariff). The core change from NEM 2.0 is that exported solar earns much less credit than it used to. This makes maximizing self-consumption the primary strategy for NEM 3.0 solar owners.
A heat pump water heater adds approximately 1000 kWh per year of electrical load (compared to a gas water heater which used no electricity, or compared to eliminating a separate solar thermal system). Under NEM 3.0, consuming that additional 1000 kWh from your solar panels rather than the grid saves you about $340 per year at current rates. If you exported those same kWh instead, you would earn only about $50 per year.
Right-Sizing Solar When Adding an HPWH
The rule of thumb for solar system sizing is one additional panel per 400 to 500 kWh of annual load. An HPWH using 1000 kWh per year requires approximately two additional 400-watt panels.
A 400-watt panel in Temecula's Climate Zone 10 produces roughly 600 to 650 kWh per year under typical production assumptions. Two panels produce approximately 1200 to 1300 kWh per year, which more than covers the HPWH load with some margin.
If you are building a new solar system and want to cover your HPWH, add two extra panels to whatever size the rest of your load analysis produces. The incremental cost of two panels is typically $1,200 to $1,600 including installation, and it is also covered by the 30% ITC (Section 25D).
If you already have solar and are adding an HPWH, there are two scenarios to consider. First, if your existing system was sized with surplus capacity (you are already exporting significant power), the HPWH load may be absorbed by that surplus without needing any additional panels. The HPWH simply uses electricity you were previously exporting at $0.05 per kWh, now delivering the equivalent of $0.34 per kWh in utility bill savings.
Second, if your existing system was sized tightly to your original load, adding an HPWH may require adding one or two panels to avoid buying the additional load from the grid. Your solar installer can run a production model based on your current system size and orientation to determine whether expansion is needed.
9. Grid Mode vs Demand Response Mode
Modern heat pump water heaters ship with multiple operating modes. Understanding these modes is important for maximizing the benefit of the solar pairing.
The unit runs exclusively on the heat pump cycle. Most efficient mode but has a lower peak heating rate. Best for households with predictable usage patterns and mild climates where the heat pump can keep up with demand. In Temecula, this is the right default for most of the year.
The unit uses heat pump mode for most heating and switches to electric resistance for peak demand periods. Balances efficiency and recovery speed. Appropriate for households with variable usage patterns or if you want maximum hot water availability without scheduling.
Runs like a traditional electric resistance water heater. Zero efficiency advantage. Used for maximum recovery speed or when ambient temperatures drop below the heat pump operating range (below 37 to 40 degrees Fahrenheit). In Temecula, you should rarely need this mode.
Lowers setpoint temperature significantly to reduce energy consumption when no one is home. Most units allow setting a return date so the tank is back up to temperature when you return.
On Rheem ProTerra units with EcoNet, the solar mode schedules heating during user-defined solar production hours (typically 10 am to 3 pm). The unit pre-heats the tank during peak solar, then coasts on stored thermal energy through the evening. This is the highest-value mode for solar homeowners.
On enrolled units, the utility can temporarily reduce the water heater's draw during peak grid demand events (typically hot summer afternoons). SCE's Peak Time Rebate program pays homeowners for enrolled load reduction. Some HPWH models can enroll directly through the utility. This is free money for allowing occasional 2-4 hour deferrals that you likely would not notice.
10. Temecula Climate Zone 10: Efficiency Ratings and Local Performance
California divides the state into 16 Building Climate Zones for energy code purposes. Temecula falls within Climate Zone 10 (roughly covering inland valleys of San Diego and Riverside counties). Murrieta, Menifee, Lake Elsinore, and Wildomar are all within the same zone or adjacent zones with similar performance characteristics.
Climate Zone 10 is one of the most favorable zones for heat pump water heater performance because:
Temecula's average January low is approximately 40 degrees Fahrenheit. HPWH efficiency drops when ambient temperatures fall below 50 degrees Fahrenheit, but recovers when temps rise during the day. Average annual performance in Zone 10 is very close to the rated UEF because cold periods are short and shallow.
Most Temecula homes have garages where water heaters are installed. An attached garage in Zone 10 rarely drops below 50 to 55 degrees Fahrenheit even in winter because of heat conducted from the living space. That ambient temperature allows the heat pump to run efficiently even on cold nights.
Temecula averages approximately 280 sunny days per year with peak solar irradiance of 5.5 to 6.0 peak sun hours per day. More solar production hours means more hours during which a WiFi-connected HPWH can shift its heating load to solar electricity.
SCE's TOU-D-PRIME rate (common for solar customers) has the lowest rates during midday (9 am to 4 pm) and highest rates in the evening peak (4 pm to 9 pm). An HPWH that heats water during midday solar production avoids both the grid draw and the peak time-of-use rate at the same time.
One common question: does cold weather affect an HPWH in Temecula? Heat pump water heaters are rated to operate down to approximately 37 degrees Fahrenheit. Below that point, the unit falls back to resistance heating. In Temecula, that threshold is rarely reached. Even on the coldest nights of the year, the temperature inside a garage typically stays above 45 to 50 degrees. Cold-weather performance penalties are not a meaningful concern for Temecula homeowners, unlike areas with genuine winter climates.
11. Installation Requirements and Permits in Riverside County
Installing a heat pump water heater is more involved than swapping in a standard electric water heater. Here are the key requirements for Temecula and unincorporated Riverside County installations.
Electrical Requirements
Heat pump water heaters require a dedicated 240-volt, 30-amp circuit. If your existing water heater is gas, there is no existing 240V outlet at the location. A licensed electrician must run a new circuit from your main panel. If your panel is already near capacity, this may trigger a panel upgrade, which adds cost. Most Temecula homes built after the mid-1990s have enough panel capacity for an HPWH circuit without an upgrade, but older homes should have an electrical assessment before committing to a timeline.
Space and Clearance Requirements
Heat pump water heaters are taller and wider than standard tank water heaters and require a minimum surrounding air space for the heat pump to draw from. The general requirement is 1000 cubic feet of surrounding air volume, which in practical terms means a 10 by 10 foot room with an 8-foot ceiling, or a larger open space such as a garage. Most manufacturers specify at least 7 inches of clearance on the front and sides of the unit. A cramped utility closet may not work without adding ventilation. An open garage or laundry room typically has no clearance issues.
Condensate Drainage
Because the heat pump extracts heat from air, it also removes moisture from that air. The unit produces condensate (water dripping from the heat pump coil) that must drain somewhere. If the installation location has a floor drain, this is easy. If not, the contractor must run a condensate line to a drain or install a condensate pump to lift water to an available drain. In a garage without a floor drain, this usually means running a line to the nearest utility sink or sewer cleanout.
Permits Required in Riverside County
Replacing a water heater in Riverside County requires a plumbing permit regardless of the equipment type. If a new electrical circuit is required (almost always the case for a gas-to-electric conversion), an electrical permit is also required. The city of Temecula requires permits to be pulled before work begins. Most reputable HPWH installers include permit filing in their quoted price. Ask explicitly if permits are included before signing a contract. Unpermitted water heater installations can cause issues at point of sale and may complicate homeowner's insurance claims.
If you are switching from gas to electric for the first time, the gas line to the old water heater must be properly capped by a licensed plumber. This is typically done as part of the same job. Do not leave an open or uncapped gas stub.
12. Noise, Clearance, and What to Realistically Expect
Heat pump water heaters make noise when the heat pump compressor is running. This is a genuine consideration that some homeowners underestimate. Here is what to expect.
Most heat pump water heaters operate at 45 to 50 decibels during active heating. For reference, 45 dB is roughly the sound of a quiet room with an air conditioner running in the background. 50 dB is closer to a quiet conversation at a comfortable volume. The Stiebel Eltron Accelera is notably quieter at around 40 dB; the Rheem ProTerra is at the typical 45 to 47 dB range.
The key installation consideration is proximity to bedrooms. An HPWH in an attached garage with a concrete or insulated drywall wall between the unit and living space produces no meaningful noise impact inside the home. The sound is contained in the garage. An HPWH installed in a utility closet adjacent to a bedroom wall may produce noticeable hum at night, especially during resistance heating cycles.
Noise Mitigation Options
- - Install in garage or utility room with good separation from bedrooms
- - Use schedule mode to run heating during daytime hours only, avoiding nighttime compressor cycles
- - Choose Stiebel Eltron Accelera if quiet operation is the top priority
- - Add anti-vibration pads under the unit to reduce low-frequency transmission through the floor
One frequently overlooked benefit: because the heat pump draws heat from the surrounding air, it also slightly dehumidifies the installation space. In a Temecula garage during summer, this mild dehumidification is often a welcome side effect. The garage stays a few degrees cooler and slightly drier during periods of active heating.
Cold climate performance is rarely an issue in Temecula. Heat pump water heaters operate efficiently down to approximately 37 degrees Fahrenheit. Temecula's garage temperatures almost never approach that threshold. The backup resistance heating mode exists for those situations but typically fires only a handful of times per year even in colder climates, and likely zero times in Temecula.
13. ROI Calculation: What Temecula Homeowners Actually Save
Let us work through the full financial picture for a typical Temecula homeowner replacing a gas water heater with a Rheem ProTerra 65-gallon paired with an existing or new solar system.
Sample ROI: Gas to HPWH + Solar in Temecula
Based on average gas bill of $40/month for water heating, SCE rates of $0.34/kWh, and HPWH electricity fully covered by solar. Incentive amounts are estimates; confirm current availability. Tax credit assumes sufficient federal tax liability.
Even without solar covering the HPWH electricity, the numbers are compelling. A household replacing a gas water heater with an HPWH and paying for the electricity from the grid would use roughly 1000 kWh per year at $0.34 per kWh, or $340 per year. The net cost of the unit after incentives in the example above is also approximately $340. That is a payback period of about one year without any solar contribution at all.
If you are replacing an electric resistance water heater rather than a gas one, the savings are even larger. An electric resistance water heater using 3500 kWh per year costs $1190 annually at current SCE rates. The HPWH reduces that to approximately $340 per year, saving $850 per year. Add solar coverage and the operating cost approaches zero.
For scenarios without the full incentive stack (for example, if TECH Clean California funds are temporarily exhausted, or if tax liability limits the Section 25C credit), the net cost rises but the payback period for a gas replacement remains under five years in most cases, and under three years for an electric resistance replacement. These are among the best payback periods available for any home improvement.
14. When to Install: With Solar or As a Retrofit to an Existing System?
There are three timing scenarios for adding a heat pump water heater to a solar home: before solar, at the same time as solar, or after solar is already installed. Each has different considerations.
Installing HPWH at the same time as solar
Best option- Solar contractor can size the system to include the HPWH load in the initial sizing, adding one to two panels.
- Electrical work for the solar system and the HPWH circuit can be coordinated, reducing duplicate mobilization costs.
- You claim both the Section 25D solar credit and the Section 25C HPWH credit in the same tax year, maximizing cash flow.
- The HPWH can be programmed from day one to run during solar production hours.
Adding HPWH to an existing solar system
Good option if system has surplus- Check your solar monitoring data for average daily export. If you are consistently exporting 3 to 5 kWh per day, your HPWH load will be absorbed by surplus production without needing additional panels.
- If your system is tightly sized, adding one to two panels may be necessary to avoid increased grid draws.
- Adding panels to an existing system may require your original installer's involvement and may trigger a new interconnection review. Plan for 4 to 8 weeks.
- Even without additional panels, using the HPWH's smart scheduling to shift heating to solar hours reduces your grid dependency significantly.
Installing HPWH before solar
Reasonable if water heater is failing now- If your gas or electric resistance water heater is failing and you cannot wait, installing an HPWH now is still the right equipment decision.
- Make sure the HPWH has WiFi connectivity and scheduling capability so it can be optimized once solar is added.
- The Section 25C tax credit does not require solar to also be installed. You can claim it independently.
- When you install solar later, provide your solar contractor with the HPWH's electrical data so they can size the system to include the water heating load.
The Bottom Line for Temecula Homeowners
A heat pump water heater is one of the highest-return home efficiency investments available in California right now. The technology is proven, the incentive stack is the best it has ever been, and Temecula's climate is near-ideal for HPWH performance.
When combined with solar, the result is a water heating system with near-zero operating cost and a payback period measured in months rather than years for most households. The Rheem ProTerra with EcoNet solar scheduling, sized appropriately and installed in a garage location, is the right combination for the vast majority of Temecula homeowners.
The main action items before moving forward: confirm TECH Clean California rebate availability with a certified TECH contractor, verify your panel capacity for the new 240V circuit, assess the installation space for clearance and condensate drainage, and confirm your federal tax liability is high enough to use the Section 25C credit in full. With those boxes checked, this is one of the clearest financial decisions in residential energy.
If you have questions about sizing your solar system to include an HPWH, or want to know how an HPWH changes the financial model for a new solar installation, contact us below. We work with homeowners throughout Temecula, Murrieta, Menifee, Lake Elsinore, and the surrounding Inland Valley communities.
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