The right generator size depends on which appliances and electrical circuits you want available during an outage. Rather than choosing a generator based only on its advertised wattage, start by identifying the loads that matter most to your household.

These may include:

• Refrigerator and freezer
• Furnace
• Well pump
• Selected lights
• Essential outlets
• Communication equipment

Some equipment requires considerably more power when it starts than while it is running. We can evaluate these loads together and help determine an appropriate generator capacity rather than guessing based on the number of circuits.

A standby generator is permanently installed, while a portable generator is brought out and connected when backup power is needed.

The electrical setup also differs:

• Standby Generator: Permanently connected to the home's electrical system.
• Automatic Transfer Switch: Transfers connected loads between utility and generator power.
• Portable Generator: Must be positioned and started when needed.
• Generator Inlet: Provides a proper connection point for a portable unit.
• Interlock or Manual Transfer Equipment: Helps prevent the generator and utility supply from feeding the panel at the same time.

The better option depends on how much convenience, backup capacity, and automation you want during an outage.

A portable generator can supply circuits through your electrical panel, but it needs properly installed transfer or interlock equipment and a suitable generator inlet.

Simply connecting a portable generator to a household outlet can create a dangerous backfeed condition. A professional installation may involve:

• An exterior generator inlet
• Properly sized wiring
• An approved panel interlock or transfer switch
• Selected circuits appropriate for the generator's capacity

This provides a safer and more convenient way to use portable backup power without running extension cords throughout the house.

A properly sized generator may be able to operate a furnace and well pump, but their electrical requirements need to be considered before the generator is selected.

Well pumps are particularly important for homes that rely on private wells because losing electricity can also mean losing normal access to water. When planning backup power, we can look at:

• Furnace electrical requirements
• Well pump size and starting load
• Other essential circuits
• Generator output
• Whether major loads may operate at the same time

Planning these loads beforehand helps prevent choosing a generator that is too small for the equipment you actually need during an outage.

Standby generator placement depends on the property layout, equipment requirements, and applicable installation rules. The unit cannot simply be placed wherever there is open space.

Placement considerations can include:

• Required equipment clearances
• Distance from doors, windows, and other openings
• Generator exhaust
• Access for future service
• Outdoor weather exposure
• Electrical connection to the home

Bonney Lake's frequent rain also makes proper outdoor installation important. The site should be evaluated before installation so the proposed location works with both the property and the generator's requirements.

Backup power can keep selected household essentials operating when Western Washington weather interrupts electrical service. Wind, falling trees, winter storms, and wet weather can all contribute to situations where homeowners may be without normal utility power.

Depending on the home, priority loads might include:

• Refrigerators and freezers
• Furnaces
• Well pumps
• Essential lighting
• Selected outlets

Planning before an outage gives you time to determine which circuits matter most and how much generator capacity they require. A properly installed system means you have a planned source of backup power instead of trying to improvise once the electricity is already out.