The short version

An Energized Electrical Work Permit (EEWP) is a written authorization that NFPA 70E Section 130.2(B) requires before a qualified person works on or near electrical equipment that has not been placed in an electrically safe work condition.

It's not a generic permission slip. It's a task-specific risk assessment, signed by both the worker and an authorizing person, that documents why the equipment can't be de-energized first and how the team plans to stay safe anyway.

Why it exists

NFPA 70E starts from a clear position: if equipment is operating at 50 volts or more, put it in an electrically safe work condition before anyone touches it. De-energizing is the rule. Working live is the exception.

But some live work is unavoidable. A hospital can't drop power to its life-safety panel for routine maintenance. A continuous process facility may not have a feasible shutdown window. In those cases the standard demands a deliberate, written go/no-go decision before work starts. That document is the EEWP.

The point isn't paperwork. The point is forcing the conversation: what exactly are we doing, why can't we de-energize, and what protections are in place?

What's on a permit

Section 130.2(B)(1) lists nine required elements:

  1. Circuit or equipment description (specific — "panel LP-2A", not "the panel")
  2. Location
  3. Justification for energized work
  4. Safe work practices being used
  5. Shock hazard analysis: voltage, limited approach boundary, restricted approach boundary, shock PPE
  6. Arc flash risk assessment: PPE category or incident energy, arc flash boundary, arc flash PPE
  7. Means to keep unqualified persons clear of the work area
  8. Evidence of the job briefing under NFPA 70E 130.3
  9. Authorizing signatures

Most employer programs add fields beyond these nine. Lockout/tagout status, witness signatures, an emergency response plan. The nine above are the floor.

Who signs

The standard doesn't name a single role. In practice:

  • The qualified person performing the work prepares the analysis.
  • An authorizing person — usually an electrical safety officer, qualified supervisor, or facility manager — reviews and signs.
  • Workers sign during the job briefing to acknowledge the hazards.

Specific responsibilities should live in your written electrical safety program.

Things people get wrong

"It's an OSHA form." No. NFPA 70E is a consensus standard, not an OSHA regulation. (See our companion article on OSHA vs NFPA 70E.)

"It only applies to high voltage." Wrong. The threshold is 50 volts. A 120V branch circuit is in scope — see does 120V need a permit?

"It's a one-page formality." When done right, it's a real risk assessment. Treating it as a checkbox is the failure mode the standard exists to prevent.

"Every troubleshooting task needs a permit." Generally not. Section 130.2(B)(3) provides specific exemptions for tasks like testing, voltage measuring, troubleshooting, and visual inspection — when performed by a qualified person with appropriate PPE. The exemptions are narrow. See our companion article on when a permit is required.

Where to learn more

The authoritative source is NFPA 70E. NFPA offers free read-only access to the current edition at nfpa.org. Article 130 covers work involving energized electrical equipment.

Industry providers like e-Hazard, the IAEI, Mike Holt's forums, and NFPA's LiNK platform publish current-cycle commentary and worked examples.