An NFPA 70E emergency response plan is the pre-work answer to one question: if a worker is shocked or burned at this equipment, what happens in the next few minutes? Under the 2027 edition (in effect since May 6, 2026, superseding 2024), that answer has to be settled before a panel is opened — who is trained to release a worker from contact, where the rescue hook and AED are staged, who summons help, and how emergency responders physically reach the gear. The new additional-person requirement presumes such a plan exists; the job briefing is expected to state it out loud. This guide covers what a real plan contains, why 2027 raised the bar, and how to build and drill one.
Electrical emergencies compress decision-making into minutes. A worker in contact with an energized conductor cannot be pulled free by hand without creating a second victim; a worker in cardiac arrest after a shock needs resuscitation started immediately, not when the ambulance arrives. None of those responses can be figured out on the spot. An electrical emergency response plan is the set of decisions made in advance so that nobody has to improvise them: who acts, with what equipment, from where, and how professional responders get to the scene.
The plan is specific to the work location, not the company. A corporate procedure that says “call emergency services and administer first aid” is a policy, not a plan. The plan for an energized task at a particular switchboard names the trained rescuer standing by that gear, the rescue hook and AED within reach of that work point, and the doors and gates between that electrical room and the street.
Emergency response training has been part of NFPA 70E for a long time. What the 2027 edition changed is that it stopped treating that training as a background records item and built a staffing requirement on top of it. New section 130.2(A)(2) requires at least one additional person whenever the energized electrical work permit specifies shock or arc flash PPE. That person must meet the emergency-response training of 110.4(C)(1) — release from contact, CPR, summoning help — and must be positioned outside the limited approach boundary or the arc flash boundary, whichever is greater. They are a standby rescuer, not a task participant; a second set of hands inside the boundary does not satisfy the rule. The full breakdown of the additional-person requirement covers the staffing and permit mechanics.
Here is the part that matters for this guide: the rule only works if a plan already exists. A trained rescuer standing in the right spot still has to know where the rescue hook is, whether their radio has coverage in the electrical room, and which gate the ambulance comes through. The 2027 edition, in effect, made the emergency response plan a precondition of permitted energized work — the additional person is the plan’s executor, and the rest of the 2027 changes reinforce it through the job-briefing expectations discussed below.
Before 2027, an emergency response plan was something good programs had. In the 2027 edition, permitted energized work assumes one: the standby person, their training, their position, and their actions all presuppose decisions that must be made before the permit is signed.
A plan that will actually function in the first minutes after an event answers four questions, each with a name, a location, or a route — never with a generality.
The first act in a shock emergency is often separating the victim from the circuit without joining them. That is a trained skill: de-energizing if the disconnecting means is at hand, or using an insulated rescue hook or equivalent means to move the worker clear. The plan names who on this crew holds current emergency-response training per 110.4(C)(1) and confirms they know how release would be performed at this equipment — where the disconnect is, and where the hook hangs.
“In the shop” is not a location; it is a delay. The rescue hook, insulated gloves, and AED belong within reach of the work point — staged at the gear for the duration of the task if their permanent home is elsewhere. The plan states where each item physically is, and the standby person verifies it before work starts. An AED whose location nobody can name during the briefing is, for practical purposes, not part of the plan.
Someone specific makes the call — usually the standby person, since they are outside the boundaries and free to act. The plan names the caller, the device, and the fallback: does the cell phone have signal inside the electrical room? Does the site radio reach the guard shack? Does dialing out from a plant phone require a prefix the crew knows? What the caller says is also settled in advance: the nature of the emergency, the building, and the entrance responders should use.
The plan traces the route a stretcher will travel, in reverse: from the road, through which gate, past which doors, to the equipment. Someone is assigned to meet responders and escort them in. If any door on that path locks, the plan says who unlocks it. This element is the one most often left implicit — and, in secured facilities, the one most likely to fail.
Security controls and emergency access pull in opposite directions, and the buildings where serious energized work happens — data centers, pharmaceutical plants, utilities, distribution hubs — are exactly the buildings that are hardest to enter. Badge readers do not read a paramedic’s ID. A mantrap that admits one credentialed person at a time will not pass a gurney. A front desk that requires visitor authorization can cost minutes while a worker is in cardiac arrest behind two locked doors.
None of this means the security controls are wrong. It means the plan has to solve them in advance: an escort assigned before work begins, doors on the inbound path staffed per site policy for the duration of the task, the security desk told that permitted energized work is underway and where. The measure of the plan is one blunt question: from the moment help is called, what physically stands between the ambulance and this switchgear, and who clears each obstacle? If the answer includes “someone will figure out the doors,” the plan is not done.
Walk the inbound path once, before the permit is signed, at the pace of a loaded stretcher. Every badge reader, stairwell, and blind corridor you pass is a line item in the plan. This single walk-through surfaces more plan failures than any document review.
The 2027 additional person stands outside the limited approach boundary or the arc flash boundary — whichever is greater for the task. The two boundaries guard against different hazards. Shock protection uses the limited and restricted approach boundaries around exposed energized conductors. The arc flash boundary is the distance at which incident energy falls to 1.2 cal/cm² — the onset of a curable second-degree burn — and arc-rated PPE is required inside it. Depending on the equipment and the system feeding it, either boundary can be the larger one, so the plan names the controlling distance for this specific task rather than assuming it.
Within that constraint, the position is chosen for function: sight line to the worker, clear route to the rescue equipment, and the ability to communicate — with the worker and with the outside world — without stepping inside the boundary. The logic is unsentimental: the standby person is only useful if the event that injures the worker cannot also reach them. Close enough to see and act, far enough to survive.
The 2027 job-briefing expectation is that the briefing covers the specific task’s hazards, not a recitation of policy: the incident energy at the point of work, the PPE that number demands, where the approach and arc flash boundaries fall, how each energy source is controlled — and the emergency plan, including where the additional person stands. The emergency portion of the briefing is short if the plan is real: who the standby rescuer is; where they stand and why; where the hook and AED are; who calls, on what; who meets EMS at which entrance. Five sentences, each falsifiable. If any cannot be said with a name and a place attached, the briefing has found a gap before the event could.
What follows is practical implementation guidance — the habits of programs whose plans survive contact with a real event — rather than a recitation of code language.
One reference point on regulatory framing: OSHA enforces electrical safety through Subpart S and the General Duty Clause, and treats NFPA 70E as the recognized industry standard for protecting workers from electrical hazards. An emergency response plan built to the 2027 edition’s expectations is therefore not just good practice — it is the demonstrable method an employer points to when asked how its people are protected.
The 2027 edition requires the pieces of one. The additional-person rule in 130.2(A)(2) requires a standby rescuer trained per 110.4(C)(1) — release from contact, CPR, summoning help — and the job briefing is expected to cover the emergency plan, including where that person stands. Those requirements presume the plan is settled before the panel is opened; writing it down and briefing it is the practical way to show that it was.
The training described in 110.4(C)(1): safely releasing a worker from contact with an energized conductor, CPR, and summoning emergency help. That training must be current before the person is named on the permit — a standby rescuer without it does not satisfy the 2027 additional-person requirement.
Outside the limited approach boundary or the arc flash boundary, whichever is greater for the specific equipment and task. The position has to be far enough that an arc flash or shock event cannot reach them, and close enough that they can see the worker and act immediately.
OSHA enforces electrical safety through its own rules — Subpart S and the General Duty Clause — and treats NFPA 70E as the recognized industry standard for how employers protect workers from electrical hazards. An employer whose energized-work program follows the 2027 edition, including its emergency response planning expectations, is using the method OSHA recognizes.
No. A phone number does not release a worker from contact, and it does not open a badge-controlled door. A real plan names who performs contact release, where the rescue hook and AED are staged, who makes the call and on what device, and the exact inbound path emergency responders will use to reach the equipment — verified before work begins, not improvised after an event.
This guide is written and reviewed to the 2027 edition by a Certified Safety Professional (CSP) with 35+ years teaching NFPA 70E electrical safety nationwide to electricians, EHS teams, and Fortune 500 operators.
Building emergency response into your crew’s 2027-edition training? Live, instructor-led NFPA 70E classes run every week. See the schedule.