When working near powerlines, it is important to take extra care to avoid contact with the lines that could result in injuries, damage, or power outages.
GrandBridge Energy offers these tips to help keep you and your workers safe, avoid injuries and even fatalities.
Before starting any work near electrical sources, conduct a thorough assessment of the site to identify potential hazards such as overhead powerlines, buried cables, or exposed wiring.
Develop a detailed plan for the job that includes safety protocols for working around electricity. Ensure all workers know the plan and understand their roles and responsibilities.
Provide comprehensive training to all workers on electrical safety procedures, including how to recognize electrical hazards, use protective equipment, and respond to emergencies.
Ensure all workers understand the importance of Personal Protective Equipment (PPE) and have the necessary equipment to protect against electrical hazards, including insulated gloves, safety glasses, hard hats, and non-conductive footwear.
Maintain a safe distance from overhead powerlines as relevant regulations or standards specify. Use caution tape or barriers to mark off areas where work is conducted near powerlines.
Have a clear emergency response plan, including procedures for addressing electric shocks, fires, and other electrical accidents. Ensure all workers know how to access emergency services and first aid supplies.
GFCIs protect workers from electric shock in areas where power tools or equipment are used, especially in wet or damp conditions.
Implement lockout/tagout procedures to isolate electrical equipment before performing maintenance or repairs. Ensure all workers are trained on these procedures and follow them rigorously. Don’t forget to verify electrical energy has been isolated using an approved testing device before working on the equipment.
Regularly inspect electrical equipment and wiring to identify potential issues or hazards. Address any maintenance needs promptly to prevent accidents.
Use insulated tools and equipment specifically designed for working around electricity. Inspect and clean tools regularly for damage and replace any that are worn or defective.
Maintain open communication with GrandBridge Energy and other relevant stakeholders to coordinate work near electrical infrastructure and ensure everyone is aware of potential risks.
Assign a competent person to oversee electrical work and ensure that safety protocols are always followed. Encourage workers to speak up if they have safety concerns or notice any hazards.
More information from the Infrastructure Health & Safety Association on Guidelines for Working Near Overhead Electrical Powerlines and on Construction Projects (.PDF)
Having utilities located before you dig is required by law under the Ontario Occupational Health and Safety Act (see Constructions Projects 228).
Before you start any work, make sure you book a free locate appointment. Contact Ontario One Call 24/7 at 1-800-400-2255 or online at least 10 business days before you plan to dig, more time during busy spring and summer.
If you’re doing work near overhead powerlines, you can submit a request to have high visibility rubber covers temporarily installed on low voltage lines – under 750 volts.
High visibility line covers help you clearly see overhead powerlines which will help you and your staff stay well clear of them. If you’re shingling a roof, residing in a house, or working on a chimney near the overhead service that connects to the point of attachment, contact our Customer Service Team at 1-877-871-2215 to request line covers. Please provide a couple of weeks’ notice to ensure covers are available.
Alternatively, if the line is in the way of the work that is being done, you can request a one-day disconnect, and our crews will come out to temporarily disconnect the line.
If your vehicle makes contact with a powerline, a driver can be electrocuted if they attempt to leave the vehicle. Stay inside the vehicle and warn others to stay back! If someone touches the side of the vehicle, they can be electrocuted. In addition, the ground around an energized vehicle could carry electrical current up to 10 metres.
