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Electrical EV Template

Level 2 EV Charger Installation Proposal Template

Professional electrical proposal scope for installing 240V dedicated Level 2 EV charging stations in residential garages and exterior driveways.

Est. Ticket Size
$950 – $2,800
Typical Duration
Half Day
Trade Category
Electrical
Governing Standard
2023 NEC Article 625 (Electric Vehicle Power Transfer)

Complete Scope of Work

Copy or customize these verbatim specifications into your contractor proposal.

1

1. Electrical Service Load Calculation

Pre-installation capacity verification.

  • Perform NEC Article 220 demand load calculation on existing electrical service panel to confirm EV capacity.
  • Verify available breaker space in main panel or existing subpanel.
2

2. Dedicated 240V Branch Circuit Installation

Conduit and conductor installation from panel to charging location.

  • Install new 50A or 60A double-pole circuit breaker in main electrical panel.
  • Run #6 AWG THHN copper conductors (with dedicated neutral and ground) in 3/4-inch EMT conduit.
  • Mount commercial-grade NEMA 14-50 receptacle in metal wall box, or hardwire directly into EVSE charging station.
3

3. EVSE Mounting, Commissioning & Safety

Wall mounting, torque specs, and charging test.

  • Mount EV charging station securely to wall studs at ergonomic 48-inch height.
  • Torque all electrical terminal lugs to manufacturer-specified inch-pounds using calibrated torque screwdriver.
  • Configure charging unit DIP switches or mobile app for maximum safe continuous charging ampacity (80% rule).
  • Test pilot signal and charging handshake using electric vehicle or EVSE diagnostic tool.
4

4. Permitting & Workmanship Warranty

Municipal inspection and warranties.

  • Submit permit paperwork and coordinate final electrical inspection sign-off.
  • 2-Year contractor workmanship warranty on wiring and installation.

Standard Line-Item Material Allowances

Clear material specifications that protect against ambiguous scope arguments.

Component / AssemblyStandard SpecificationUnit / Allowance
Double-Pole Circuit Breaker50A or 60A 240V circuit breaker matching panel brand1 Unit
Conduit & Wire Run3/4-Inch EMT conduit with #6 AWG copper conductorsUp to 30 Ft
Industrial-Grade ReceptacleHubbell or Bryant industrial-grade 50A NEMA 14-50R1 Unit
Disconnect Switch (if required)60A non-fused safety disconnect switch1 Unit
Permit & Inspection FilingMunicipal electrical permit fee coordination1 Filing

Scope-Gap Protections: 3 Clauses to Include

These contractual gotchas account for 85% of change-order arguments on level 2 ev charger installation proposal templates.

Cheap Residential-Grade NEMA 14-50 Outlets Melting

The Risk: Standard $10 builder-grade stove outlets melt under continuous 32A–40A EV charging loads.

Protective Clause: Specifies heavy-duty industrial-grade EV-rated receptacles (Bryant/Hubbell) designed for continuous thermal cycling.

Exceeding Existing Panel Capacity

The Risk: 100A or full 200A panels may lack capacity for a continuous 48A load without tripping main breakers.

Protective Clause: Proposal explicitly includes automated dynamic load management system (smart energy monitor) or recommends service upgrade.

Finished Basement Wire Route Obstacles

The Risk: Fishing wire through finished sheetrock ceilings from a basement panel to an attached garage requires cutting access holes.

Protective Clause: States scope assumes surface EMT conduit or open ceiling joists; cutting/patching drywall is excluded.

Governing Building Codes & Standards

2023 NEC Article 625 (Electric Vehicle Power Transfer)NEC Article 210 Branch CircuitsUL 2594 EVSE Standard

Frequently Asked Questions

What is the continuous load 80% rule for EV charging?▾

Under NEC Article 625, EV charging is classified as a continuous load (drawing power for 3+ hours). A branch circuit cannot exceed 80% of its breaker rating: a 50A breaker charges at maximum 40A; a 60A breaker hardwired charges at maximum 48A.

Is a hardwired installation better than a NEMA 14-50 plug?▾

Hardwiring supports faster charging speeds (48A / 11.5 kW vs. 40A / 9.6 kW), eliminates the GFCI nuisance tripping common with EV plugs, and removes a high-voltage mechanical connection point.

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