Building Your Solar Installation
Three Steps to Get Connected
PLEASE NOTE: PSE&G is not associated with any Solar Company and does not install or maintain solar systems.
Find out how to get approval to build your residential solar energy system and connect it to the PSE&G energy grid.
Complete the three steps below to connect your residential solar energy system to the PSE&G electric grid.
Step 1: Interconnection Application Process
You or your renewable energy contractor will need to complete a net metering or interconnection agreement, as applicable. If the contractor completes the application, you, as the customer, must still sign the agreement.
- Enter the address where your solar energy system will be located into our Solar Power Suitability Map
This will preliminarily determine if the PSE&G electric circuits in the area will be able to accommodate your solar energy system. - Determine the level of your project as defined below.
Level 1
Certified Inverter-based Units of nameplate rating of 50kWAC or less and an export capacity of 25kWAC or less.
Level 2
Generators with export capacity less than or equal to 2,000kWAC.
*Customers proposing to install generation greater than 2,000 kWAC export are required to contact their EDC for the appropriate application procedures.
Level 3
- Export capacity greater than 2,000kWAC
- Does not qualify for either the level 1 or level 2 interconnection review procedure
- Where special relaying or metering is required
Contact us if you're unsure about your project level.
- Submit the appropriate application. Note: the application process requires TWO parts. The second part of the application must completed after construction. It is discussed in Step 3 below.
Application Certified Inverter-based Units of nameplate rating of 50kWAC or less and an export capacity of 25kWAC or less
Application for Level 2 & Level 3 systems
- Submit the application.
Level 1 applications
Email the application to CINETMETER@PSEG.com
Level 2 and Level 3 applications
When submitting Level 2/3 Attachment A interconnection requests, please email the Attachment A, Site Plan, Line Diagram, and PV Watts Calculator (NREL version only, please) to PSEG-CINetMeterLevel2@pseg.com
Please indicate “Commercial or Residential” in the subject line of your email so that it can be routed to the appropriate team for processing.
Additionally, if there is a non-utility transformer, please highlight it and indicate the configuration on the one line/3-line diagram accompanying your Attachment A submission.
You will no longer need to mail in an application and check for the interconnection fee to Construction Inquiry – Net Metering. The interconnection fee will be invoiced upon creation of the notification for the interconnection request.
In order to pay your invoice, you may go to https://nj.myaccount.pseg.com/user/login, or you may mail the invoice and payment to the address listed on the invoice. Please do not forward net meter checks for invoiced notifications to the Net Meter Department, as they will be processed via the Customer Payment Processing Center (CPPC), as indicated on the invoice.
Application Information and Fees
Level |
Specifications |
Response |
Cost
|
1 |
The facility is inverter-based The facility has a nameplate rating of 50kWAC or less and an export capacity of 25kWAC or less. Complies with UL 1741 and IEEE 1547 design standards |
Initial application within three business days. Interconnection response within 10 business days of when initial application review is completed. |
No fee |
2 |
Systems that qualify for Level 2 Complies with UL 1741 and IEEE 1547 design standards *Customers proposing to install generation greater than 2,000 kWAC Export are required to contact their EDC for the appropriate application procedures. |
Initial application review within three business days. Interconnection response within 15 business days of when initial application review is completed. |
$50 plus $1 per kW of installed capacity |
3 |
Does not meet the technical requirements for level 1 or level 2 |
Varies |
$100 plus $2 per kW of installed capacity |
Step 2: Preliminary Solar Project Approval Phase
- Within three business days of receiving the interconnection application, PSE&G will contact you or your contractor to confirm that the review process has started.
- The review period for Level 3 projects will depend on the degree of study needed. Additional documentation may be required.
- After the EDC notifies the applicant that the initial application review is complete, within 10 business days for a Level 1 or within 15 business days for a Level 2 project, PSE&G will email notice of project approval or denial to you or your contractor. If the project is approved, you may move forward with the construction.
Note: DO NOT TURN THE SOLAR ENERGY SYSTEM ON UNTIL YOU RECEIVE A PERMISSION TO OPERATE (PTO) NOTICE FROM PSE&G (except for testing purposes).
Step 3: Construction and Final Approval Phase
- Complete the application process. Upon completion of solar project construction, you or your contractor must send an approved Uniform Construction Code (UCC Certificate of Approval), Certificate of Completion, and as-builts to PSE&G. Please email this documentation to: PSEG-CINetMeterPart2@pseg.com, indicating “Commercial” or “Residential”, along with the notification number in the subject line.
- The Certificate of Completion can be found in Part 2 of the Level 1 application or in Attachment B of the Level 2 and 3 application.
- Within 5 business days of receiving the approved UCC Certificate of Approval, PSE&G will schedule an inspection. In certain locations, this appointment may be waived.
- Upon receipt of UCC Certificate of Approval, within 13 business for a Level 1 application and 20 business days for Level 2 application, PSE&G will inspect the solar energy system. This inspection is mandatory for final approval. Part 2 fees will need to be paid before final inspection can be conducted.
- During the inspection, if a meter change is deemed necessary by the inspector, your meter will be changed. You may lose power momentarily for this to occur.
- Within five business days after successful completion of the EDC inspection, the EDC shall notify the customer-generator that it is authorized to energize the facility.
- PSE&G will contact you or your contractor with the official outcome of the inspection. If the system passes inspection, you will receive a Permission to Operate (PTO) notice, which authorizes you to turn the system on. If the system fails inspection, you will be notified as to what actions need to be taken.
A SOLAR ENERGY SYSTEM THAT IS TURNED ON BEFORE RECEIVING A PTO POSES A SIGNIFICANT SAFETY HAZARD TO PSE&G ELECTRIC DISTRIBUTION WORKERS.
DO NOT TURN THE SYSTEM ON UNTIL YOU RECEIVE THE PTO.
Frequently Asked Questions
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Solar energy systems covert sunlight directly into direct current (DC) power through an array of solar cell modules mounted on your roof. An inverter converts this DC power into alternating current (AC) power that can be used in your house.
Your solar energy system will be interconnected with PSE&G’s distribution system. If your system produces more electricity than your home is using, PSE&G will credit your utility account for the excess power being returned to the distribution system. This is called net metering.
PSE&G will continue to provide power as usual at night and during the day when your electricity demand exceeds that which is produced by your system
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Solar photovoltaic panels work best when mounted on an unobstructed roof with limited shading at an angle that captures the most possible sunlight.
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Yes. Solar energy systems are designed to be compatible with utility power.
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In most cases, your system will automatically shut down in the event of an outage to protect utility workers as they restore power. However, some system designs include isolation circuitry that allows continued operation. We recommend that you discuss with your solar contractor.
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Sunlight must be present for solar modules to produce power, so you will still need to draw power from your utility at night. Under an overcast sky, solar panels typically only produce a nominal amount of electricity
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The average size of a residential solar energy system in New Jersey is approximately eight kilowatts (kW).
However, the size of your system is limited to your home’s annual electricity needs. Your solar contractor should be able to provide you with further guidance. The amount of money you will save on your energy bill depends on many factors, such as the efficiency of your solar energy system. Your solar contractor can review the specific details with you.
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No. You must hire a solar contractor.
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A standard electric meter does not register the flow of electricity in two directions.
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The meter has two registers which share the same display, so it is always cycling back and forth between the two. The Identifiers for the 2 registers are the numbers “100” and “101”. It will cycle between the number “100” with a 5 digit number associated and “101” with a 5 digit number associated. The 5 digit numbers are the readings and we need both. The “100” register equates to the usage “In” and the “101” register equates to “Out”. Readings can be forwarded to SolarBilling@pseg.com.
For additional information, view How to Read Your Net Meter.
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Your account will be removed from the Equal Payment Plan and you’ll receive monthly bills based on your net consumption.
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When you have solar power you’re still connected to the electric system, which serves as a 24/7 backup to your PV system. Every month, you’ll receive some power from the electric system, like at night. Your bill will include the credits you received for the excess power and a daily service charge that covers your connection to the electric system.
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Each Time-of-Use period has its own Energy Credit Bank. Excess generation during a "Peak" period is credited to the "Peak" period energy bank, and can only offset future "Peak" period usage. Similar energy banks are created for other periods. “Peak” and “Off Peak” energy banks cannot be combined.
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“In” is the electric drawn from PSEG when the Solar Panels are not providing enough electric to meet household needs. “Out” is when the Solar Panels’ production exceeds household needs and the customer exports the excess to PSEG. “Out” gets credited against “In” & customer is billed the difference. If the difference is negative, that is in the customer’s favor and that excess gets banked against the account to be used in later months. There is a once-yearly reckoning of this bank called the Anniversary True-up.
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PSEG is only recording the customer’s unused excess of the Solar Panel’s electricity. The difference in the production versus the “Out” is what the customer uses of the Panel’s electricity.
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At its most basic, any bill from PSEG is for what electric isn’t covered by the Solar Panel’s Production. The higher the bill, the more electric the customer requires from PSEG.
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PSE&G’s most recent posted Interconnection Queue can be found here.
