Main breaker panels are the most common type found in homes. These panels feature a primary circuit breaker that controls the flow of electricity into your home. Once activated, it protects the entire household from overloads and short circuits. These panels can accommodate a variety of circuits, making them suitable for most residential applications.

Sub-panels are smaller electrical panels that extend the circuit capacity of a home. Often installed in areas where additional circuits are necessary, such as a garage or workshop, sub-panels help manage power for specific sections of a house. They are ideal for homeowners looking to add new appliances or tools without overloading their main electrical panel.

Load centers serve as centralized hubs for incoming electrical connections. These panels are similar to main breaker panels but are designed more efficiently for power distribution. Load centers provide more space for circuit breakers and are ideal for homes with increased electrical demand. Homeowners looking for greater control over their electrical systems may find load centers particularly beneficial.

Although largely phased out in favor of circuit breaker panels, fuse boxes are still present in some older homes. These boxes use fuses rather than circuit breakers to protect electrical circuits. If a circuit overloads, the fuse blows and must be replaced, unlike circuit breakers that can simply be reset. Homeowners should consider upgrading to circuit breaker panels for enhanced safety and convenience.

Smart panels represent the latest innovation in electrical technology. These panels allow homeowners to monitor energy usage in real time and control devices remotely through smartphone applications. Smart panels can improve energy efficiency by allowing users to identify power-hungry devices and adjust their usage patterns. Plus, with advanced safety features, smart panels contribute to a safer home environment.

Multi-family panels are specifically designed for apartment complexes or multi-dwelling units. These panels handle multiple electrical services within a single housing structure while maintaining separation between the units. They are essential for ensuring that each unit has independent access to electrical services while adhering to safety regulations.