New Jersey Make-Ready Program Electrical Framework

The New Jersey Make-Ready Program, administered by the New Jersey Board of Public Utilities (NJBPU), structures how electrical infrastructure is pre-installed at sites before EV charging equipment is deployed. This page covers the program's electrical framework — including its definitions, utility roles, infrastructure tiers, permitting touchpoints, and the tensions that arise between program mechanics and site-level electrical realities. Understanding this framework is essential for property owners, electrical contractors, and fleet operators navigating publicly funded charging infrastructure deployment in New Jersey.

• Definition and scope
• Core mechanics or structure
• Causal relationships or drivers
• Classification boundaries
• Tradeoffs and tensions
• Common misconceptions
• Checklist or steps (non-advisory)
• Reference table or matrix

Definition and scope

The Make-Ready Program is a utility-funded infrastructure initiative authorized under the New Jersey Electric Discount and Energy Competition Act (N.J.S.A. 48:3-49 et seq.) and codified through NJBPU orders beginning in 2020. Its defining electrical concept is the separation of infrastructure from equipment: utilities install and own the electrical conduit, wiring, panels, meters, and service connections up to a defined "make-ready point," while the site host or charging network operator installs the EVSE (Electric Vehicle Supply Equipment) on the customer side of that demarcation.

This scope covers the electrical backbone — not the charger itself. The make-ready side includes service upgrades, transformer work, conduit runs, metering, and secondary distribution within the site boundary up to the connection stub. What falls outside this program scope includes the EVSE unit, networked communications hardware, and any electrical work the customer elects to perform independently without utility cost-sharing.

Geographically, this page covers New Jersey state jurisdiction only. Federal programs such as the NEVI Formula Program (administered through FHWA) operate in parallel but under separate funding and technical requirements. Out-of-state electrical codes, interstate utility franchise territories, and federal corridor designations are not covered here.

Core mechanics or structure

The program operates through New Jersey's four investor-owned utilities: PSE&G, JCP&L, Atlantic City Electric (ACE), and Rockland Electric (RECO). Each utility administers its own Make-Ready allocation under NJBPU oversight, with approved capital budgets, geographic service territories, and site eligibility criteria. For a broader look at how PSE&G and JCP&L specifically structure their EV programs, see PSE&G and JCP&L Utility EV Charger Programs in New Jersey.

The electrical framework has three structural layers:

1. Service-level infrastructure. The utility assesses whether existing service capacity at a site can support the proposed charging load. If a transformer upgrade, secondary line extension, or service entrance upgrade is required, those costs are absorbed by the utility under the make-ready funding allocation. NJBPU's 2020 proceeding established that utilities could recover these costs through rate base — meaning all ratepayers fund the infrastructure buildout, not solely the site host.

2. On-site distribution infrastructure. From the service point to the make-ready stub, the utility installs conduit, conductors, panel capacity, and metering. This work must conform to the National Electrical Code (NEC), Article 625, which governs EVSE wiring, branch circuit requirements, and disconnecting means. New Jersey adopted the 2023 NEC through the New Jersey Division of Codes and Standards.

3. Customer-side connection point. At the make-ready stub, ownership and responsibility transfer to the site host. From this stub, the customer installs the EVSE and any additional conduit or wiring needed to reach each parking space. Dedicated circuit requirements for EV chargers in New Jersey apply on the customer side of this demarcation.

Causal relationships or drivers

The program's electrical framework was driven by three identifiable market failures documented in the NJBPU's EV proceeding record:

Upfront infrastructure cost barriers. Transformer upgrades and service entrance replacements can range from $15,000 to over $150,000 depending on site conditions (NJBPU Make-Ready Program filings, 2020). These costs were cited as the primary reason commercial and multifamily property owners declined to install charging infrastructure despite existing demand.

Stranded investment risk. Without a programmatic framework, site hosts who installed infrastructure risked overbuilding for near-term demand or underbuilding for future demand. Separating infrastructure from equipment allows infrastructure to be sized for the projected 10-year load even before charger quantities are finalized.

Utility interconnection bottlenecks. Processing EVSE interconnection requests on a one-off basis consumed utility engineering resources disproportionate to the load size. The make-ready model standardizes the utility's engineering scope and batches requests within geographic clusters.

New Jersey's Energy Master Plan, published by the NJBPU in 2019 and updated in 2022, set a target of 330,000 EVs registered by 2025 — a figure that fed directly into the infrastructure sizing assumptions embedded in the make-ready electrical framework. For conceptual background on how New Jersey electrical systems are structured to accommodate this growth, see How New Jersey Electrical Systems Work: Conceptual Overview.

Classification boundaries

The Make-Ready Program classifies sites and electrical work across three primary categories that determine funding eligibility and utility scope:

Residential (Single-Family). Single-family homes are outside the core make-ready utility infrastructure program. Residential customers access separate rebate and incentive programs through the Charge Up New Jersey program (NJ Clean Energy Program). Panel upgrades at single-family residences are addressed in panel upgrade considerations for EV charging in New Jersey but are not utility-funded under make-ready rules.

Multifamily and Commercial. These sites are the primary targets. NJBPU orders classify them as "priority" locations where utility-funded infrastructure has the highest cost-sharing justification. Electrical scope at these sites includes submetering, distribution panel sizing for up to 100% eventual electrification of parking spaces, and conduit stub-outs at each designated space.

Public and Corridor Sites. High-traffic public locations (transit hubs, park-and-ride lots, retail centers) and FHWA-designated corridor corridors receive priority utility engineering queue placement. DC fast charger infrastructure at these sites requires three-phase 480V service with ampacity to support at minimum a 50 kW charger, though most corridor installations are sized for 150 kW or higher. Level 3 DC fast charger electrical infrastructure in New Jersey covers the technical requirements at this tier.

Tradeoffs and tensions

Several structural tensions complicate the make-ready electrical framework in practice:

Demarcation ambiguity. The boundary between utility-owned infrastructure and customer-owned infrastructure is defined programmatically but contested in practice. Disputes arise when conduit runs require crossing customer property, when metering configurations affect billing, or when the "make-ready point" stub is located at a distance from the actual EVSE mounting location.

Load calculation conservatism vs. cost. Utilities sizing infrastructure for projected long-term load may install panels and conduit with capacity far exceeding near-term charger deployments. While this avoids future stranded upgrades, it increases ratepayer-funded capital expenditure in the short term. Load calculations for EV charger installation in New Jersey detail how these sizing decisions propagate through the electrical design.

Permitting jurisdiction overlap. Make-ready electrical work performed by the utility is subject to utility internal standards and NJBPU oversight but must also comply with local building and electrical permit requirements administered by New Jersey's 565 municipalities. Coordination failures between utility project timelines and municipal permit issuance create project delays that are documented but unresolved in the program's administrative record.

Smart load management integration. The make-ready framework was designed before widespread deployment of EV charger load management systems in New Jersey. Static infrastructure sizing assumptions do not inherently account for dynamic load shedding, managed charging protocols, or vehicle-to-grid (V2G) capability — all of which could reduce the physical infrastructure requirement if incorporated at design time.

Common misconceptions

Misconception: The Make-Ready Program pays for the charger. The program funds only the electrical infrastructure up to the make-ready stub. The EVSE unit, network connectivity hardware, and customer-side conduit are the site host's financial responsibility. This distinction is explicit in NJBPU program orders.

Misconception: Any commercial property automatically qualifies. Site eligibility is determined by the administering utility based on load density, geographic clustering priorities, and available program budget in a given program year. Not all applications are approved, and oversubscription has occurred in PSE&G's service territory.

Misconception: Make-ready infrastructure eliminates all future electrical costs. Stub-outs are sized for specified charger types. If a site later deploys higher-power EVSE than originally specified, additional panel or service work may still be required — at the site host's expense.

Misconception: Make-ready work bypasses NEC compliance. All electrical work, whether performed by a utility crew or licensed electrical contractor, must comply with NEC Article 625 and applicable NJBPU technical standards. NEC code compliance for EV chargers in New Jersey addresses the specific article requirements in detail.

Checklist or steps (non-advisory)

The following sequence reflects the procedural phases documented in NJBPU Make-Ready Program guidance. This is a structural reference — not a substitute for utility-specific application instructions.

Phase 1: Site Assessment
- [ ] Site host submits application to the serving utility (PSE&G, JCP&L, ACE, or RECO)
- [ ] Utility conducts electrical site assessment, including existing service capacity, transformer load, and panel conditions
- [ ] Utility issues a preliminary scope of infrastructure work and estimated cost to be funded under make-ready allocation

Phase 2: Engineering and Design
- [ ] Utility engineering team produces site-specific electrical design for conduit, conductors, metering, and panel sizing
- [ ] Design is reviewed against NEC Article 625 requirements and NJBPU technical standards
- [ ] Site host reviews and approves proposed make-ready point location and stub-out specifications

Phase 3: Permitting
- [ ] Utility files for electrical permits with the applicable local enforcing agency (LEA) under New Jersey's Uniform Construction Code (UCC)
- [ ] Site host obtains any required site plan approvals or zoning variances for EVSE installation
- [ ] Permit inspections scheduled with the LEA's electrical subcode official

Phase 4: Construction
- [ ] Utility installs approved infrastructure: conduit runs, panel, metering, service upgrade if required
- [ ] Final electrical inspection conducted by LEA electrical subcode official
- [ ] Certificate of approval issued for utility-side work

Phase 5: Customer-Side Completion
- [ ] Site host engages licensed electrical contractor for EVSE installation on customer side of make-ready stub
- [ ] Customer-side work permitted and inspected separately under UCC
- [ ] EVSE commissioned and network connectivity verified

For a complete permitting walkthrough, see permitting and inspection concepts for New Jersey electrical systems and the EV charger electrical inspection checklist for New Jersey.

Reference table or matrix

For a broader understanding of how this program fits within New Jersey's overall electrical regulatory environment, see regulatory context for New Jersey electrical systems. The full landscape of EV infrastructure programs and their electrical implications is mapped at the New Jersey EV Charger Authority home.

Additional technical context on scalability planning for sites using make-ready infrastructure is available at EV charger electrical system scalability in New Jersey. Commercial EV charging electrical infrastructure in New Jersey addresses the specific design and permitting requirements for commercial-tier deployments that rely on make-ready foundations.

References

• New Jersey Board of Public Utilities (NJBPU) — EV Make-Ready Program
• New Jersey Clean Energy Program — Charge Up New Jersey
• NFPA 70: National Electrical Code (NEC), 2023 Edition, Article 625 — Electric Vehicle Charging System
• New Jersey Division of Codes and Standards — Uniform Construction Code
• N.J.S.A. 48:3-49 — New Jersey Electric Discount and Energy Competition Act
• FHWA National Electric Vehicle Infrastructure (NEVI) Formula Program
• New Jersey Energy Master Plan 2019/2022 — NJBPU
• NFPA 625 — Standard for Electric Vehicle Energy Transfer Systems