8 Best Practices to Promote Electricity Safety at Work

A professional electrician wearing a yellow hard hat, high-visibility safety vest and work gloves uses a digital multimeter to test wiring inside an open electrical control panel.

Electricity is everywhere on a job site and in a plant. That’s the problem. When something is always there, it’s easy to work around it instead of working safely with it.

Electrical hazards like a nicked extension cord, a missing cover plate, a wet floor near a tool or a rushed repair can turn into an electrocution, a burn or a flash incident in seconds. Have you ever seen someone just plug it in real quick because the task felt small?

Before You Touch Anything Energized

Most electrical accidents don’t start with a dramatic mistake. They start with a normal day.

A worker grabs a corded tool that usually works fine. Someone opens a panel just for a second. A wet floor shows up near a temporary power setup, and nobody wants to be the person who shuts the task down.

Sound familiar? These are all common situations where people get hurt:

Using damaged cords, homemade adapters or the wrong setup
Working near exposed conductors, open panels or temporary wiring
Carrying metal ladders or long materials too close to overhead power lines
Cleaning, washing down or working in wet areas with powered tools

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Why Follow Electrical Safety Rules?

Remember, electricity is unforgiving because you often can’t see the electrical hazard. Problems can sit there quietly until the exact wrong moment. That’s why smart crews build routines that catch problems early, before they turn into electrical shocks, arc flash events, fires or other physical dangers.

It also helps to remember that electrical risks rarely show up alone. They pile onto other issues like tight spaces, moving equipment, heat, poor visibility from light fixtures and chemical exposure.

Safety Tips That Reduce Electrical Risks

Now let’s get practical. The next eight best electricity practices are written for the situations you actually face at work, not perfect, hypothetical lab conditions.

1. Start by Controlling the Energy, Not the Schedule

If electrical equipment can be de-energized, that’s usually the safest starting point. Working it live should never be the default.

Before you touch anything, pause and ask a simple question. Do we have to be near energized parts right now, or is this just faster?

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2. Treat Temporary Power like Permanent Power

Temporary setups are where shortcuts sneak in. That’s also where conditions change fast, especially in construction.

A few habits go a long way:

Keep electrical cords elevated when possible
Protect cords from pinch points and sharp edges
Use covers or ramps when cords cross walkways
Keep connections out of water and mud

3. Inspect Power Cords, Power Strips, Appliances and Plugs

A quick glance is not an inspection. Train your eyes to look for the stuff that fails first.

Check for these red flags:

Cracked insulation or exposed conductors
Loose prongs or a missing grounding pin
Burn marks near the plug or tool housing
Tape repairs, especially near the strain relief

When something looks questionable, tag it out, remove it from service and replace it.

4. Keep Panels, Disconnects and Breakers Accessible

This sounds basic until you see a panel blocked by stock, trash cans or material staging. In an emergency, seconds matter.

Make it normal to protect access to:

Electrical panels
Disconnect switches
Emergency shutoffs
Breaker boxes

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5. Use the Right Protection for Electrical Equipment, and Know What It Does

PPE is not a force field. It reduces risk when it’s selected correctly and used with the right procedures.

In many workplaces, electrical work intersects with construction PPE basics, too. A good PPE routine usually includes:

Matching gloves to the task and voltage exposure
Using eye and face protection when there’s potential for arc or flying debris
Keeping gear clean, dry and inspected

6. Use Ground-Fault Protection When Required, and Treat Damp and Outdoor Work as High-Risk

Ground-fault circuit interrupters (GFCIs) save lives, but only if they’re used correctly. Don’t assume a device is protected just because it plugs into a modern-looking outlet.

Build a simple check into the day. Test the GFCI at the start of the shift, and after any power disruption.

Here’s the reality: Wet gloves, sweaty hands and conductive surfaces change the game. If your work environment shifts from dry to damp, your risk profile changes with it.

7. Separate Qualified Work from Helper Tasks

A lot of injuries happen when someone is just helping near exposed parts or open panels. You don’t have to be holding the conductor to be in the danger zone.

Set expectations for roles:

Who is the qualified person for this task?
Who is allowed near exposed energized parts, and how will you control access to the area?
Who is watching the workspace and controlling foot traffic?

8. Electrical Fires: Plan for the Worst, Expect the Best

Electrical incidents can lead to electrical fires. That means extinguishers, inspections and training matter.

If you’re not sure what compliance looks like for portable extinguishers at your site, this resource breaks down key requirements and maintenance basics for fire extinguishers.

And if you’re thinking, “We already talked about this once,” ask yourself a better question: If something sparked today, would everyone know what to do in the first 10 seconds?

Rules That Shape Safer Electrical Work

Employees who work around wiring, panels, powered tools or temporary power need to be aware of electrical rules from the Occupational Health and Safety Administration (OSHA). In general industry, that’s covered under 29 CFR 1910 Subpart S. In construction, it’s covered under 29 CFR 1926 Subpart K.

Lockout/Tagout Is Where Many Teams Get in Trouble

LOTO is the process of controlling hazardous energy so equipment can’t start up while you’re working on it. OSHA’s standard is 29 CFR 1910.147, and it’s a big one for maintenance, troubleshooting and servicing.

Before anyone touches an energized component, you should be able to answer yes to a few simple questions:

Do we know every source, including stored energy?
Do we have the right locks, tags and devices on hand?
Did someone verify zero energy, not just switch it off?

Start Today, Stay Safe and Get Home Unharmed

Do you need a clean way to document training for a job requirement or a safety program file? On the way to becoming a licensed electrician? That’s where a course and a downloadable certificate of completion help.

If you also need OSHA-authorized Outreach training, we offer OSHA-authorized Outreach training through the University of South Florida, including OSHA 10-Hour Construction training and OSHA 30-Hour Construction training.

Are you ready to protect your worksite? Follow electrical safety tips and get everyone home safe and sound.