Cold-weather battery planning
Do Whole-Home Batteries Work in Cold Weather?
Learn how temperature, installation location, heating loads, reserve settings, and system design affect home-battery backup during an Idaho winter.
Read the guide →Learning Center
Understand backup power before you buy it.
Straightforward guides about generators, batteries, load management, fuel, installation, and Idaho outage preparedness.
Start with your decision
Research by the question you are trying to answer.
Every guide is written to help you understand tradeoffs and prepare for a property-specific conversation—not to replace load calculations, manufacturer instructions, permits, or professional design.
Guide collection
Choose a system
Compare generators, batteries, fuel, runtime, and installed-cost factors before selecting equipment.
Propane fuel planning
How Much Propane Does a Whole-House Generator Use?
Learn how generator size, electrical load, weather, tank capacity, and outage priorities determine propane use and practical backup runtime.
Read the guide →Buying guide
Generator vs. Battery Backup
Compare runtime, noise, maintenance, fuel, stored energy, and the loads each system can support.
Read the guide →Battery guide
How Long Will a Home Battery Last?
Understand usable battery capacity, household demand, runtime estimates, charging, and load control.
Read the guide →Fuel guide
Natural Gas vs. Propane Generators
Compare utility natural gas and stored propane for availability, runtime, site planning, and maintenance.
Read the guide →Budget planning
Whole-Home Generator Cost Factors
Understand the equipment, electrical, fuel, site, permitting, and restoration work that shape installed cost.
Read the guide →Guide collection
Design it correctly
Understand sizing, transfer equipment, motors, and the electrical details that determine real performance.
Portable generator connections
Generator Interlock vs. Transfer Switch: Which Is Right for Your Home?
Compare generator interlocks and manual transfer switches, including source isolation, circuit access, load control, compatibility, and Idaho installation planning.
Read the guide →Backup system design
Critical-Loads Panel vs. Managed Whole-Home Backup
Compare a critical-loads panel with managed whole-home backup, including circuit coverage, flexibility, runtime, and planning for an Idaho property.
Read the guide →Generator load planning
What Is Generator Load Management, and Do You Need It?
Learn how generator load management prioritizes circuits, prevents overload, and can support a practical backup-power design for an Idaho home.
Read the guide →EV charging and backup power
Can a Standby Generator Charge an Electric Vehicle?
Learn how EV charging rate, generator capacity, household loads, transfer equipment, and load management affect vehicle charging during an outage.
Read the guide →Heating and generator sizing
Can a Standby Generator Run Electric Heat?
Learn how heat pumps, auxiliary heat strips, electric furnaces, furnace blowers, and other loads affect standby-generator sizing for an Idaho home.
Read the guide →Generator sizing
Can a Standby Generator Run Central Air Conditioning?
Learn what determines whether a standby generator can start and run central air conditioning without overloading the backup system.
Read the guide →Generator planning
How to Size a Whole-Home Generator
Learn why generator sizing depends on starting loads, fuel, climate, and priorities—not just square footage.
Read the guide →System basics
How Automatic Transfer Switches Work
See how an automatic transfer switch detects an outage, isolates the utility, and connects backup power safely.
Read the guide →Rural homes
Backup Power for Well Pumps
Plan reliable backup for water systems by accounting for pump voltage, starting surge, pressure tanks, and controls.
Read the guide →Guide collection
Prepare the property
Build a practical installation and outage plan around Idaho permitting, weather, access, fuel, heating, water, and household priorities.
Builder planning
Backup Power for New Construction: An Idaho Planning Guide
Plan generator, battery, hybrid, transfer, and load-management infrastructure before an Idaho home's service equipment, fuel routing, concrete, and finishes are locked in.
Read the guide →Portable generator planning
How to Connect a Portable Generator to a House Safely
Learn how an inlet, transfer equipment, load plan, and safe outdoor setup let a portable generator power selected home circuits without dangerous backfeeding.
Read the guide →Installation planning
What to Expect During Standby Generator Installation in Idaho
Follow the standby-generator installation process from load review and site planning through permits, installation, testing, and homeowner handoff.
Read the guide →Idaho preparedness
Winter Outage Preparation in Idaho
Prepare your backup system, fuel, heating equipment, and household plan before Idaho winter storms arrive.
Read the guide →