Home Backup Generators And Automatic Transfer Switches (ATS) For Homes In Red Feather

Reliable Backup Generator Systems For Northern Colorado Homes

When utility power goes out, your entire home depends on what happens next. Lighting, heating and cooling systems, refrigeration, internet equipment, security systems, and other electrical devices all stop operating unless another source of power is available.

For some homeowners, an outage is simply inconvenient. For others, it can create serious problems quickly, especially when temperatures are extreme, medical equipment is involved, or essential home systems need to remain operational.

Across Northern Colorado, including areas around Red Feather, wildfire conditions, severe weather, and utility-related shutoffs have made backup power planning more important than ever. A properly installed standby generator system provides reliable electricity when the utility grid is unavailable.

We design and install residential backup generator systems with automatic transfer switches throughout Northern Colorado. Our goal is to create a dependable backup solution based on your home’s electrical needs, available fuel source, and the systems you want to keep running during an outage.

What A Backup Generator System Actually Does

A standby generator is designed to provide sustained electrical power when utility power is interrupted. Unlike portable generators that require manual setup, permanently installed systems can automatically detect outages and restore power without requiring you to be home.

A properly installed generator system can:

• Automatically start when utility power is lost
• Transfer electrical loads through an automatic transfer switch
• Power essential circuits or the entire home
• Continue operating as long as fuel is available
• Support critical electrical systems during extended outages
• Provide reliable backup during storms, wildfire-related shutdowns, and utility interruptions

A generator is not simply temporary power. When properly sized and installed, it becomes a complete backup power system designed to keep your home functioning during extended outages.

How An Automatic Transfer Switch Works

The automatic transfer switch (ATS) is one of the most important parts of a standby generator system. It controls the connection between your home, utility power, and generator.

The ATS:

• Monitors incoming utility power
• Detects when electricity is lost
• Signals the generator to start
• Transfers electrical loads from utility power to generator power
• Prevents dangerous backfeeding into the electrical grid
• Automatically returns the home to utility power when service is restored

Without an ATS, a generator requires manual connection and operation. With an automatic transfer switch, the system operates safely and independently when power interruptions occur.

Types Of Backup Generator Systems

Standby Generators For Whole Home Backup

Standby generators are permanently installed outside the home and connected directly to the electrical system.

They provide:

• Automatic operation during outages
• Direct connection to the home’s electrical system
• Support for larger electrical loads
• Whole-home or partial-home backup capabilities

These systems are what most homeowners consider when they want dependable backup power without manually setting up equipment.

Portable Generators For Temporary Backup

Portable generators can provide emergency power, but they operate differently from standby systems.

Portable generators typically:

• Require manual setup
• Support fewer circuits
• Require extension cords or manual connections
• Provide limited backup capacity

While useful in certain situations, portable generators do not provide the same level of convenience, safety, or reliability as a properly installed standby generator system.

Popular Backup Generator Brands

Several manufacturers produce reliable residential generator systems. The right option depends on your home’s electrical demand, desired runtime, fuel availability, and installation requirements.

Generac

Generac is one of the most common residential generator manufacturers.

Their systems offer:

• Air-cooled and liquid-cooled options
• Residential-focused designs
• Broad service and parts availability
• Integration options with modern electrical systems

Kohler

Kohler generators are known for durability and performance.

They are often selected for:

• Higher-demand residential applications
• Strong load handling
• Long-term reliability

Cummins

Cummins provides generator systems known for heavy-duty performance.

These systems are commonly considered for:

• Larger homes
• Higher electrical demands
• More demanding backup applications

Briggs And Stratton

Briggs and Stratton offers residential generator solutions designed for smaller and mid-range applications.

Choosing the right generator depends on your home’s electrical requirements rather than the brand alone.

Generator Fuel Options

The available fuel source plays an important role in generator performance and installation planning.

Natural Gas Generators

Natural gas is a common residential option because it provides:

• Continuous fuel availability
• No need for refueling
• Convenient operation for many homes

Propane Generators

Propane systems are often used where natural gas is unavailable.

Benefits include:

• Stored fuel supply
• Good option for rural properties
• Flexible installation options

Proper tank sizing is important to ensure adequate runtime.

Diesel Generators

Diesel systems are known for durability and are more commonly used in commercial or larger-scale applications.

They provide:

• High reliability
• Strong performance under heavy loads
• Long service life when properly maintained

Whole Home Backup Versus Partial Backup

Choosing between whole-home and partial backup depends on what you need powered during an outage.

Whole Home Backup

Whole-home systems are designed to support most or all electrical loads.

Benefits include:

• More complete power coverage
• Support for larger electrical systems
• Greater convenience during outages

These systems require proper generator sizing to handle total electrical demand.

Partial Backup

Partial backup systems focus on essential circuits.

Common backed-up systems include:

• Refrigerators
• Heating equipment
• Lighting
• Internet equipment
• Security systems
• Essential appliances

Partial backup systems can reduce generator size and fuel usage while keeping the most important parts of your home operating.

For more information about backup planning, see our guide on Whole Home vs Partial Backup Systems.

Real World Applications For Backup Generators

Backup generators are useful in many situations where losing power creates problems.

Common applications include:

• Storm-related outages
• Wildfire-related utility shutoffs
• Maintaining heating and cooling systems
• Keeping refrigerators and freezers operating
• Supporting home offices and internet equipment
• Running sump pumps and critical systems
• Powering shops, garages, and outbuildings

We have seen increasing interest in generator installations throughout Northern Colorado, including areas around Fort Collins and Loveland, as homeowners look for dependable backup solutions during unpredictable outages.

Generator Systems With Electrical Panels

Backup generators must be properly integrated with the home’s electrical system.

Installation considerations include:

• Connection to the main electrical panel or subpanel
• Correct breaker configuration
• Proper load distribution
• Safe transfer between utility and generator power

A generator system must work together with your electrical panel to operate safely and reliably.

Learn more about Electrical Panel Upgrades And Power Distribution when evaluating whether your existing electrical system can support a generator.

Generator Systems With Subpanels

Some homes use dedicated backup subpanels to separate essential circuits from non-essential loads.

Benefits include:

• Easier management of backed-up circuits
• Improved generator efficiency
• Better control over power distribution

This approach is often useful for homeowners who want reliable backup without powering every electrical device in the home.

Generator Systems With Smart Panels

Modern electrical systems can combine generators with smart panel technology for improved control.

Smart integration allows homeowners to:

• Prioritize important circuits
• Manage electrical loads automatically
• Improve generator efficiency
• Coordinate backup power with other energy systems

Learn more about Smart Panels And Load Management and how advanced controls can improve home energy management.

Generator Systems With Battery Backup

Battery systems and generators can work together to provide layered backup protection.

A hybrid approach allows:

• Batteries to provide immediate backup power
• Generators to support longer outages
• Improved energy management
• Greater flexibility during extended interruptions

For a comparison of these technologies, see our guide on Generator Vs Battery Backup Systems.

How We Size A Generator System

Proper sizing is critical for reliable generator performance. A generator that is too small may overload, while an oversized system can add unnecessary cost.

We evaluate:

• Total electrical demand
• Startup loads from HVAC systems, compressors, and motors
• Continuous electrical requirements
• Critical circuits
• Future electrical needs

Correct sizing ensures the generator can handle the actual demands of your home.

What We Evaluate Before Installation

Before installing a generator system, we review:

• Existing service size and electrical capacity
• Panel configuration
• Available installation space
• Fuel source availability
• Electrical load requirements
• Grounding and bonding
• Generator placement requirements

Homes throughout Greeley, Windsor, and surrounding communities may require additional electrical upgrades before adding a generator system.

If your home requires additional capacity, learn more about Electrical Service Upgrades and Electrical Panel Upgrades.

Backup Generator Installation Process

A professional generator installation includes several important steps:

• Evaluating your home’s electrical system
• Determining generator placement
• Installing the automatic transfer switch
• Connecting generator wiring
• Integrating with the electrical panel
• Testing system operation
• Verifying safe startup and transfer functions

Proper installation ensures the system performs correctly when you need it most.

Electrical Code And Safety Requirements

Generator systems must be installed according to electrical codes, manufacturer requirements, and utility regulations.

Important safety requirements include:

• Proper automatic transfer switch installation
• Preventing backfeeding into the utility system
• Correct grounding and bonding
• Proper conductor sizing
• Required working clearances
• Safe generator placement

Improper generator installation can create dangerous conditions and may prevent the system from passing inspection.

Common Generator Installation Challenges

Some homes require additional planning before generator installation.

Common challenges include:

• Limited electrical service capacity
• Older electrical panels
• Restricted installation space
• Fuel supply limitations
• Improper grounding or bonding
• Insufficient load planning

Addressing these issues before installation helps ensure the generator operates safely and reliably.

When A Backup Generator Makes Sense

A generator may be the right solution when:

• Your area experiences frequent outages
• Utility shutoffs are common
• Critical systems must remain operational
• Your home depends heavily on electricity
• You live in an area with unreliable utility service

For homeowners who need dependable power during extended interruptions, a standby generator provides a practical long-term solution.

When A Generator Alone May Not Be Enough

Some homes have electrical demands that exceed what a single backup solution can provide.

Additional support may be needed for:

• Large homes with high continuous demand
• Extended outages requiring multiple backup sources
• Homes requiring both immediate and long-duration backup power

In these situations, combining a generator with battery storage can provide a more complete energy solution.

Related Pages

For more information about improving your home’s electrical reliability, explore:

• Electrical Panel Upgrades And Power Distribution
• Electrical Service Upgrades (100A, 200A, 400A)
• Electrical Panel Upgrades
• Backup And Alternative Power Systems

Frequently Asked Questions

Schedule Your Backup Generator Installation

A properly installed backup generator provides confidence when utility power is unavailable. Our team can evaluate your electrical system, determine the right backup solution, and install a generator system designed around your home’s needs. Contact us today to schedule service or request an estimate for your Northern Colorado home.