Older homes often have outdated electrical panels that can't handle the power demands of today’s modern appliances and devices. An electrical panel upgrade for increased capacity ensures that your home’s electrical system can safely manage the load from additional air conditioning units, kitchen appliances, or entertainment systems. At Handyman 956, we install larger, higher-capacity breaker boxes, so you no longer have to worry about flickering lights, tripped breakers, or overheating wires. This upgrade is especially beneficial for homes that are undergoing renovations or adding new rooms.

Old or malfunctioning electrical panels pose significant safety risks, including electrical fires, shock hazards, and appliance damage. Replacing outdated or malfunctioning panels helps protect your home or business from these dangers. Whether your electrical panel shows signs of wear like rust, burning smells, or frequent tripped breakers, our team at Handyman 956 can replace it with a modern panel that meets current safety standards. This service ensures your electrical system is safe, efficient, and code-compliant.

If you’re adding a new room, garage, or workshop to your home, a subpanel installation is often a more efficient and cost-effective solution than upgrading your main panel. Subpanels extend the electrical service to remote areas of your property, reducing the load on your main panel while offering flexibility for future electrical needs. Handyman 956 provides expert subpanel installations to improve your home’s electrical distribution without the need for a complete overhaul.

Old or faulty circuit breakers can prevent your electrical panel from properly distributing electricity throughout your home. Upgrading or replacing your circuit breakers ensures your panel delivers consistent power without tripping unnecessarily or causing electrical surges. Whether you need to replace single breakers or install advanced GFCI or AFCI breakers for added safety, our team ensures that your electrical system works efficiently, reducing the risk of overloads or short circuits.