For customers with renewable energy self-generation systems (like solar panels) who interconnected on or after April 15, 2023, learn more about SDCP’s Solar Billing Plan and its benefits.
What is SBP?
The Solar Billing Plan (SBP), also known as the Net Billing Tariff, is the new method of compensating customer-sited renewable energy self-generation, intended to promote grid reliability and incentivize solar and battery storage.
SBP helps promote grid reliability during the early evening, when the sun is down and energy use is high, in part by encouraging the pairing of battery storage with all installations through price signals. Batteries can store renewable energy during low-value hours to use and export during high-value, peak evening hours. This in turn helps decrease the need to generate electricity from fossil-fueled power plants.
Existing NEM customers will remain on their current NEM tariff for 20 years from the time their system was permitted by SDG&E and connected to the electric grid, unless they choose to switch to SBP or increase the capacity of their system by more than 10% or 1kW. After their 20-year legacy period, NEM customers will be transitioned to SBP.
SBP differs from NEM in that all electricity consumed (“imported”) and electricity sent to the grid (“exported”) is now measured individually, valued differently from each other, and no longer netted.
SDCP offers one of the most customer-centric and generous Solar Billing Plans in California. Our tariff was developed with customers in mind and aims to continue the sustainable growth of the solar industry in our region while also promoting grid reliability and incentivizing solar and battery storage.
To bring value to our customers and support regional growth in the solar industry, SDCP is providing one of the best generation adders in the state. These adders boost dollar credits generated during electricity export to the grid, thereby reducing the payback period for solar systems so that our customers feel confident in their investments.
We provide two adders:
Adder | Amount | Eligibility |
---|---|---|
Standard Residential & Commercial Adder | $0.0075 for every kilowatt hour exported | All new residential and commercial customers enrolled in NBT Not available for NEM customers transitioning to NBT. |
Equity Adder | $0.11 for every kilowatt hour exported | All new residential customers currently enrolled in the California Alternate Rates for Energy (CARE) or Family Electric Rate Assistance (FERA) program. Disenrollment or lapse in enrollment in either program will cause customers to receive the Standard Adder. Not available for NEM customers transitioning to NBT. |
As a not-for-profit, community-driven electricity provider, SDCP puts our customers at the center of our offerings. This is why SDCP offers one of the most generous Net Surplus Compensation (NSC) processes for SBP customers. Unlike the for-profit utilities that reclaim a portion of your compensation, we pay you in the exact same manner as NEM customers.
At the time of your standard true up period with SDG&E, SDCP will also conduct an electricity true up for the generation portion of your service. We look at how much electricity you generated versus consumed.
If you generated more than you consumed, we will pay you for adding clean electricity to the local grid at the monthly NSC rate from SDG&E, plus SDCP’s bonus incentive of $0.0075/kWh! Click to view the SDCP True Up Monthly Rate Table.
If your NSC is above $100 per account, we will automatically issue you a check. If your NSC is less than $100, we will carry it forward as a rollover to help offset future consumption charges.
View Example Vea un EjemploBy default, customers must now be billed monthly instead of annually. In the case that you incurred SDCP usage charges early in your true up period but end your true up with a credit balance, SDCP will apply those credits to any outstanding charges still due. If you have any credits left, we will carry them over as a bill credit for use in the next true up period for your benefit.
Please note: NEM 2.0 will apply to completed interconnection agreements submitted before April 15, 2023, and SBP will apply to any interconnection agreements submitted on or after April 15, 2023.
As established by the California Public Utilities Commission (CPUC), SBP is applicable to all new renewable self-generation systems interconnected on or after April 15, 2023.
The Net Energy Metering (NEM) program is no longer available to new customers unless they interconnected on or before April 14, 2023. The system did not need to be installed prior to this date— only a complete and error-free interconnection application needed to be submitted to SDG&E.
Existing NEM customers will enroll in SBP upon the completion of their 20-year NEM legacy period. NEM 1.0 customers that completed their legacy period prior to December 2023 will be transitioned to SBP at the time of their annual true up date in 2024.
Existing NEM customers that make changes to their system that increases the capacity by more than 10% or 1 kW (whichever is greater) will be transitioned to SBP. Check with your solar installer for more information.
New customers that interconnect a new renewable self-generation system under SBP will have a nine-year legacy period.
The SBP legacy period is now tied to the original customer that installed the system and no longer to the system or address. If the original customer moves, the new customer inheriting the system will not get to keep the legacy period. There are two exceptions to this:
Additionally, NEM customers transitioning to SBP after completing their 20-year legacy period do not have an SBP legacy period.
Customers served under SBP are required to pay monthly for all applicable charges including the fixed charges and any net charges due to SDCP and SDG&E. The annual billing option is not available under Solar Billing Plan/ Net Billing Tariff.
Billing for SDCP’s SBP will begin for usage on or after December 15, 2023. Customers that interconnected between April 15, 2023 and December 14, 2023 have been temporarily billed under NEM. These customers will experience a true up and will fully transition to SDCP’s SBP on their meter read date on or after December 15, 2023. Because these customers were served under NEM on an interim basis, they are not subject to the 20-year NEM legacy period.
Sample Bill from SDG&EIn December 2022, the California Public Utilities Commission (CPUC) voted to modernize the rooftop solar program to better balance the needs of the grid, the environment, and customers. The Solar Billing Plan (SBP), also called the Net Billing Tariff (NBT) and previously referred to as “NEM 3.0”, is the CPUC’s new approach to compensating solar generation, intended to promote grid reliability and incentivize solar and battery storage.
Battery storage can extend the use of renewable energy to peak evening hours when the sun is down and energy use is high. This helps decrease the need to generate electricity from fossil fuels. This reduces overall grid costs, which improves energy affordability for all Californians.
You will not experience changes to your NEM program status as a result of the SBP roll out, unless:
1. Your generating system’s 20-year NEM legacy period has ended. Once your 20-year NEM legacy period has ended, you will transition from NEM to SBP.
2. You modify your generation facility above CPUC mandated system capacity requirements needed to be in NEM 1.0 or NEM 2.0. You will transition to NBT if you expand your current system by more than 10% of the original system capacity or 1 kW, whichever is larger.
NEM closed as of April 14, 2023 and beginning April 15, 2023, any interconnection requests received are now served under SBP. Net Energy Metering (NEM) and the Solar Billing Plan (SBP) are different in a number of ways:
Each month, you will receive charges for the electricity you used, or “imported”, from the grid, as well as bill credits for any surplus energy your solar system delivers back, or “exports,” to the grid.
On the Solar Billing Plan, charges for electricity usage are based on the time-of-use (TOU) pricing structure, where the price of electricity you use (“import”) varies depending on the TOU period (i.e., On Peak, Off Peak, Super Off Peak).
On the other hand, the credits for electricity that your system generates (“exports”) are based on the value electricity sent to the electric grid which varies by each hour of the day. Electricity exported to the grid will be valued at a price called an “energy export credit”, or “ECC”. The ECC rates are valued similarly to wholesale rates for electricity.
SDCP will apply energy charges and credits on the generation side of your bill, and SDG&E will apply charges and credits on the transmission/delivery side of your bill.
SDCP’s SBP program will be similar to SDG&E’s but with some additional benefits:
More questions? Reach out to us at customerservice@sdcommunitypower.org
We will continue to update our website with additional details as our SBP program develops. If you have questions, please reach out to us at customerservice@sdcommunitypower.org.
Electric panels, also known as breaker boxes, are present in all homes and buildings. They distribute electricity from the grid, solar and battery systems throughout the home. Each circuit in the panel controls the delivery of electricity to specific parts of the home or to a specific piece of equipment or appliance, such as air conditioning or refrigerators.
Electric panels have a maximum amount of power that can be supported and delivered to the home. When switching an electric-powered appliance, or when installing equipment like vehicle chargers, your current panel or circuit may be too small to handle the additional load. In such cases, modification or an upgrade is necessary, especially in older homes that haven’t been renovated recently.
It’s important to hire a licensed electrical expert to evaluate whether a new circuit is needed, or a panel upgrade is needed. New incentives are available for homeowners that may need a panel upgrade.
Modern technologies offer solutions to avoid immediate panel upgrades. Certain appliances, like heat pump water heaters and dryers, can now operate on standard 120V outlets, potentially eliminating the need for modifications. Additionally, smart switches allow for intelligent power distribution between two devices, such as an EV charger and a heat pump dryer, preventing overloading a circuit and tripping a breaker.
A home electric vehicle charging station allows you to plug in your electric vehicle (EV) to recharge and start your day with a full battery – imagine having a full tank every morning.
Electric vehicles (often called battery electric vehicles) are an eco-friendly choice, significantly reducing carbon emissions. In the State of California, transportation made up 38% of all emissions in 2020 and 48% of all emissions in the San Diego region!
EVs also help reduce tailpipe emissions associated with gas cars which can have negative health impacts. This means a healthier community with cleaner air.
Smart EV chargers offer the advantage of adjusting charging levels and timing to charge when electricity prices are low. This helps benefit the grid without compromising your full charge.
Level 1 Chargers: These plug into a standard 120v home outlet, providing a slow charging rate of about 3-4 miles of range per hour. Ideal for daily charging needs for most drivers with short commutes.
Level 2 Chargers: Require a dedicated 208/240v outlet and offer faster charging at around 20-25 miles of range per hour. Suitable for longer commutes or for those returning from road trips.
Our marketplace will show you eligible Level 2 chargers.
In public and at many employers, you may encounter Level 2 chargers to help you charge while you work or play.
Found exclusively in public spaces, “super-chargers” or “hyper chargers” are direct current fast chargers deliver impressive power in a short time. They can add up to 10 miles of range per minute of charging time. Their speed is measured in kilowatts (kW) and they can be found in 50, 100, 150, 200 and even 350 kW varieties! These are perfect for a quick 20–30-minute charge (depending on your car) during road trips or if you lack a home EV charger.
Electric dryers have been around for decades but there’s a new technology in town — heat pump dryers!
Heat pump dryers work similarly to other heat pump technology by extracting heat from the surrounding air and using it to dry your clothes. They use a refrigerant to catch the hot air from the dryer, push it through a compressor to make it even hotter, then repeat the cycle until clothes are dry.
Heat pump dryers don’t need a vent to the outside since they recycle heat within their own closed system. This allows them to be installed in more places.
Due to their efficient use of electricity, transferring heat instead of generating any, heat pump dryers operate at a lower temperature. While they take longer to completely dry clothes (a slight inconvenience), the lower temperature extends the life of your clothes.
Heat pump dryers use 40-50% less energy than a standard electric dryer, which means big savings on your electric bill.
Most dryer fires start when built-up lint near the motor, gas burners or heating elements catch on fire. The fire then spreads to ignite lint in the vents. Because most heat pump dryers don’t have burners or heating elements* and are ventless, the fire hazard can be significantly reduced.
*Please note that dryers marketed as “Hybrid” or “Hybrid heat pump” may include a heating element
Heat pump water heaters, in simple terms, work like a refrigerator in reverse – they extract heat from the surrounding air using refrigerant coils and transfer the heat to water in the tank.
Heat pump water heaters can provide the same level of hot water demand and can even be used to save even more money by heating the water during inexpensive times of the day.
Heat pump water heaters eliminate the risk of carbon monoxide or nitrogen dioxide leaks , as well as natural gas leaks ensuring a safer home environment.
Since they move existing heat, instead of generating it, they can be three times more efficient than a conventional water heater.
Heat pumps are ingenious devices that efficiently heat and cool your home by moving heat around! In cooling mode, they pass the air inside your home through coils to extract the heat and dump it outside. In heating mode, they pass the outside air through coils to extract the heat and blow it inside your home.
Heat pumps come in two forms: mini split or ducted. Mini splits can be installed as a single device on the wall while a ducted one uses your existing ducts (vents) throughout the home to distribute air.
Using a heat pump for heating and cooling eliminates the risk of carbon monoxide and natural gas, ensuring a safer home environment.
Heat pumps operate silently so you can enjoy a relaxing environment. Most heat pumps generate as much noise as a refrigerator and most of that noise is produced outside (depending on the model and type).
Heat pumps are incredibly efficient, up to four times more efficient than a standard air conditioner or furnace. They can also heat and cool your home with a single unit, reducing energy consumption.
Integrating smart thermostats with your heat pump can lead to lower energy bills. These devices can learn your temperature preferences and adjust the system efficiently. You can save money and even receive alerts or automatic adjustments during peak energy pricing.
Induction cooking is an efficient way to prepare meals. Unlike traditional stoves that rely on heating coils, induction uses magnetism to heat metal cookware directly. This method is incredibly fast, boiling water in as little as 90 seconds!
Induction stoves are 15-20% more energy-efficient than traditional electric stoves. Up to 90% of the heat produced is utilized for cooking, ensuring less waste compared to regular stoves.
Induction stoves offer precise temperature control, even better than gas stoves.
Many models allow you to adjust the heat with dials like traditional stoves while others give you even more precise control by allowing the temperature to be adjusted in increments of 5-10 degrees like an oven!
Induction stoves prioritize kitchen safety. There are no open flames or red-hot coils, reducing the risk of fires and burn injuries. The cooktop surface stays cooler and cools down faster after cooking.
Induction stoves and cooktops don’t turn on unless compatible cookware is detected on the surface, and they automatically turn off when the cookware is removed.
Induction stoves don’t rely on gas, so no harmful pollutants like carbon monoxide, carbon dioxide, nitrous oxide or formaldehyde are released into your home. You also eliminate the risk of gas leaks which can be hazardous and harmful to your health.
You are being redirected to an external website that has separate privacy and security policies. SDCP makes no representations or warranties and is not responsible or liable for any content, products, vendors, services, security or external links on the third party’s website, nor any projects, contracts, or workmanship that may result from use of the third-party website.
You are leaving the San Diego Community Power website and entering a third-party website that has separate privacy and security policies. SDCP makes no representations or warranties and is not responsible or liable for any content, products, vendors, services, security or external links on the third party’s website, nor any projects, contracts, or workmanship that may result from use of the third-party website.
Solar panels are a commonplace technology that generates clean electricity from the sun that can power your home and help reduce your electricity bill.
Solar panels are often placed on roofs of buildings and operate silently to convert sunlight into electricity that is passed through a device called an inverter to transform it into electricity your home will use.
By adding a battery energy storage system in a garage, or even against an outside wall, you can store the clean solar energy to be used in the evenings or during times of low sunlight.
Solar and battery energy storage systems allow you to offset your home’s electricity usage from the broader electric grid and reduce your energy bill.
By installing a battery along with your solar system, you can reduce how much energy is consumed during peak (i.e., expensive) times and further reduce your bill. When you pair the battery with a safety disconnect switch and subpanel, it can also help power your home during power outages.
By installing solar at your home, you can increase your own self-reliance and minimize the need or demand for fossil fuels.
Replacing fossil fuel burning appliances with electric ones paves the way to a sustainable future. Powering them with San Diego Community Power’s renewable energy ensures ongoing emission reductions, promoting a cleaner and healthier community.
Switching to electric appliances improves indoor air quality. Gas appliances release harmful pollutants linked to respiratory problems, cardiovascular conditions, asthma and cancer.
If you’re not ready to make the switch, don’t worry. You can still minimize exposure to air pollutants with proper ventilation. Turn on the hood or open a window when using the stove, and ensure proper venting for the furnace and water heater.
You are being redirected to an external website that has separate privacy and security policies. SDCP makes no representations or warranties and is not responsible or liable for any content, products, vendors, services, security or external links on the third party’s website, nor any projects, contracts, or workmanship that may result from use of the third-party website.
Efficient electric appliances use three to five times less electricity for the same tasks, saving you money on energy bills. They efficiently heat water, cool or heat homes by moving heat, and cook food more efficiently and precisely by generating heat directly in the cookware.
Switching to electric stoves eliminates open flames, reducing the risk of kitchen fires and injuries. Induction stoves produce heat in the cookware, eliminating hot stovetop surfaces. Going electric also eliminates the risk of gas leaks, which can be hazardous during natural disasters like earthquakes or wildfires.