If you’ve ever been caught in severe weather and left in the dark after the power went out, you understand the inconvenience and safety challenges of storms. Bad storms often cause power outages due to downed power lines, high winds, heavy rains, and flooded substations.

A home standby generator is a reliable backup power solution that automatically restores electricity when the grid fails. A generator helps protect your home and family in many ways.

We’re going to highlight why a home standby generator is a worthwhile investment for homeowners in storm-prone areas. We’ll explain the benefits of a backup power source during severe weather, so you can make an informed decision on whether or not to invest in standby generator installation.

Why Severe Weather Often Causes Power Outages

Severe weather events, such as thunderstorms, tornados, hurricanes, and tropical storms frequently cause power outages across the United States. High winds, heavy rains, and flooding can all impact power lines and substations, causing power outages.

Often, during storms, rain, wind, and lightning strikes can knock down trees that land on power lines or hit utility poles. Power is sent across transmission lines, stepped down at substations, and delivered via local distribution lines. When weather affects the flow of power, you may experience an outage.

Why a Home Standby Generator is a Smart Investment

Home standby generators provide reliable, automatic backup power to your home in the event of a power outage. Most standby generators use an automatic transfer switch to kick on backup power within seconds of the utility grid failing.

While standby generators can be a large investment upfront, there are many benefits to having one for your home and family. Here’s why you should consider generator installation:

• Prevents food spoilage: With a standby generator, you can keep your refrigerator and freezer running to prevent your food from spoiling. A generator ensures that you and your family have safe food to eat during extended outages.
• Keeps the lights on: Keeping the lights on and security systems running helps protect your family from criminals and navigate the house safely. Lights are especially important for families with young children or elderly members.
• Protects plumbing system: If you experience a winter storm that knocks your power out, you won’t have to worry about your plumbing pipes freezing and bursting. You can protect your plumbing system by keeping the heat on.
• Supports sensitive medical equipment: For those with critical, lifesaving medical equipment or refrigerated medications, a standby generator offers peace of mind. Generators supply immediate backup power, so medical equipment can run when you need it.
• Protects appliances and electronics: A standby generator protects your appliances and devices against power surges, overloads, and voltage drops. All these power issues can permanently damage valuable electronics.
• Hands-free operation: A home standby generator supplies your home with power without you needing to manually turn it on. Get a seamless transition from grid power to your generator with an automatic transfer switch.
• Protects your comfort: With a generator, you can keep essential systems running, like your HVAC and refrigeration. This means you can maintain safe temperatures for you and your family during extended outages.

How to Choose the Right Generator for Your Needs

Choosing the best home standby generator can take time and research. Here are a few tips on finding the right generator for your needs.

Proper Sizing

Work with a professional generator technician to conduct load calculations for sizing. Load calculations help you figure out how much power your generator needs to safely power your home’s essentials. Whether you’re looking for partial coverage or whole-home power, a technician will be able to assess your power needs and recommend the right sized generator.

Choose a Fuel Source

Standby generators typically run on natural gas, liquid propane (LP), or diesel. The fuel source you choose will depend on availability, cost, and storage needs. If you already have a natural gas line, it may be easiest to connect the generator to it for an unlimited supply of backup power. However, liquid propane is also a popular option, especially in rural areas, but it must be stored in large holding tanks.

Professional Installation

Hire a professional technician for standby generator installation. Working with a licensed professional means that they will follow local codes and secure necessary permits for compliant work. Professional installation also ensures that the generator is installed correctly for long-term reliable operation.

Contact Us

At G&G Heating, we specialize in standby generator installation in Olympia and Tumwater, WA. Our pros understand the value of a standby generator for homeowners and will walk with you every step of the way—from sizing to preparing the site to installation day.

Call us today at (360) 499-6604 to schedule installation for your new home standby generator or schedule generator services.

Schedule Online(360) 499-6604

In Olympia and Tumwater, WA, backup power is extremely important for homeowners. In the Pacific Northwest, power outages frequently occur due to severe weather, car accidents impacting utility poles, fallen tree limbs, high winds, and more.

Installing a whole-home generator ensures you and your family are protected against power outages. Home generators provide reliable backup power to keep your home running normally even when the grid goes out.

Interested in home generator installation and unsure what to expect? We’re going to cover the benefits of a home generator and outline the installation process.

Why Get a Home Generator?

Home generators have become increasingly popular among homeowners over the past few decades. The benefits of home generators are expansive and make the initial installation costs worth the investment.

Here are some of the top reasons to get a home generator:

• Keeps the lights on when power goes out
• Prevents costly food spoilage
• Ensures comfortable temperatures
• Prevents frozen pipes or sump pump damage
• Keeps critical medical devices running
• Prevents business downtime
• Increases home value by 3-5%
• Keeps your security system running

Now that you know the reasons to invest in a generator, let’s discuss the whole-home generator installation process.

The Initial Consultation and Site Assessment

Once you’ve decided you want a home generator installed, the first steps are the initial consultation and site assessment.

Evaluate Power Needs

A certified generator technician will come to your home and assess your power needs to help determine the proper size generator. They will ask if you are looking to power your entire home or just a few essential loads. Depending on how much of your home you’d like to power, they will then run load calculations.

Calculating Generator Size

To ensure you get the right size generator, the technician will conduct comprehensive load calculations of the total running watts and starting watts of the devices and systems you want to power. They will add a buffer to the calculation to make sure the generator you choose has ample power to meet your home’s demands.

Choosing Location

Next, the generator technician will go outside your home to choose the best location for the generator. Whole-home generators should be positioned at least five feet away from any windows, doors, and openings to prevent carbon monoxide from entering your living spaces.

Selecting Right Generator

Once the initial consultation is complete, you will need to select the generator model you want installed. The generator technician will provide recommendations on suitable options for your needs.

Fuel Options

Home generators typically run on natural gas, liquid propane, or gasoline. The fuel type you choose will depend on whether the generator is a permanently installed system or a portable unit.

Natural gas is a great option that offers unlimited runtime when connected to your home’s utility line. Liquid propane is suitable for both standby and portable generators and can be stored on site in large tanks. Gasoline is best for portable units that are only used for short-term outages.

Standby vs. Portable

You’ll also need to decide whether you want a standby whole-home generator or a portable unit.

Standby generators are permanently installed and can be connected to your home’s natural gas line for an uninterrupted supply of fuel. They are often used to power entire homes from HVAC systems to lighting and refrigerators.

Portable generators are designed to power a couple of essential household appliances such as fans, refrigerators, and basic lighting. They offer a much lower power output and are best for short-term power outage needs. The benefits are that they can be transported around your property, are more affordable, and offer versatile fuel options.

Permits & Requirements

If installing a standby generator, you will need to meet permitting and HOA requirements.

Permits

In most areas of the United States, local permits are required when installing a standby generator. A reputable generator technician will handle the permitting process to ensure code compliance.

HOA Requirements

Depending on where you live, your neighborhood HOA may require approval for home generator installation. Speak to your local HOA board to learn about the approval process for generators.

Utility Requirements

Your generator installation also must meet electrical, mechanical, and safety standards to avoid back feeding into the utility grid and code compliance. A generator technician will work with local utilities to adhere to regulations.

Day of Installation

On the day of installation, the generator technician will follow a few specific steps.

Prepare Site

First, the site where the generator will be installed must be prepared. This includes adhering to local building codes, leveling the ground, and more.

Install Pad

Next, a concrete pad will be installed for the standby generator to sit on. A concrete pad ensures that the ground is completely leveled for safe operation.

Positioning Generator

Then, the generator will be positioned at least five feet away from any openings to the home on the concrete pad.

Installing Electrical

The generator technician will make high voltage electrical connections to your home’s electrical panel. Then they will install an automatic transfer switch to facilitate the seamless transition of the power supply.

Installing Fuel Line

After that, the technician will connect the fuel line, whether for natural gas or liquid propane, to supply the generator with fuel.

Testing

The generator technician will run load tests to ensure the generator operates properly under load.

Final Checks

Next, they will run final checks, testing to make sure that the power automatically kicks on, stabilizes properly, and shuts down correctly.

Homeowner Walkthrough

After the generator has been installed, the technician will walk you through the basic operation, so you understand how to use your new generator. They will also show you how to read the warning lights and share routine maintenance recommendations.

Contact Us for Whole-Home Generator Installation

Looking for a trustworthy home generator installer? G&G Heating and Air Conditioning offers home generator installation services throughout Olympia and Tumwater, WA. Call us today at (360) 499-6604 or book an appointment online!

Schedule Online(360) 499-6604

Whole-home generators are reliable backup power sources for homeowners looking for uninterrupted power. Generators help protect you and your family by preventing food spoilage, keeping your HVAC running, and protecting critical medical devices.

If you’re interested in getting a generator installed on your property, you may be wondering how to prepare for generator installation. In this generator installation preparation guide, we’ll share how to choose the best generator, site preparation tips, fuel considerations, and more.

Choosing the Right Generator

It is essential to select the proper generator for your home size and power demands. Selecting the proper generator size ensures that your home’s critical systems stay running during outages without overloading the generator.

Importance of Selecting the Proper Generator Size

If you choose a generator that is undersized for your property, it will struggle to manage loads effectively, potentially damaging the unit and connected appliances. A unit that’s too large wastes excess fuel and costs more upfront than necessary.

A professional generator tech will calculate your wattage needs and conduct a full assessment to determine the proper size of the generator.

Whole-Home vs. Partial-Home Coverage

Partial-home generators, also called portable generators, are designed to power a few essential circuits running. Typically, they can power the lights, a refrigerator, a few outlets, and possibly a window AC unit. Portable generators require manual startups and generally run on propane or gasoline.

Whole-home standby generators are permanently installed and automatically detect outages, kicking on when needed. They are directly wired into your home electrical panel using an automatic transfer switch and can power your entire home.

From central air conditioning to sump pumps, this type of generator can power it all. It offers unmatched convenience and protection to homeowners.

Fuel Type Considerations

Choosing the right fuel type is based on availability, storage, and how long you expect to run your generator.

• Gasoline is the most common fuel for portable generators. It’s widely available but has a limited shelf life even with a stabilizer.
• Propane can be stored indefinitely in large tanks on your property. It’s popular for both standby and portable units, especially in rural areas.
• Natural gas is the ideal fuel for permanently installed standby generators. Generators can be connected directly to your home’s natural gas line, so you never have to refuel. The generator can run indefinitely as long as the utility supply is good.

How to Prepare the Generator Installation Site

Site preparation is just as important as choosing the right generator. Proper installation protects your investment and ensures reliable operation. Before you place your generator, the site should meet safety requirements and be code compliant.

The manufacturer's guidelines and local building codes govern where a generator should be installed. Always check with your local permitting office before breaking ground.

Level Ground Preparation

Level ground preparation is a universal standard for every installation. Generators must have a safe and stable place to sit to ensure proper oil distribution, fuel flow, and vibration management.

Pre-cast concrete pads or poured concrete slabs are the most common foundations. Gravel beds with compacted base material can sometimes be used but aren’t recommended for standby generators.

Ventilation & Clearance

Generators produce carbon monoxide, a colorless, odorless gas that can be fatal within minutes. Proper ventilation and clearance from windows and doors are non-negotiable safety requirements.

Standby generators should be at least five feet from windows, doors, soffit vents and AC intakes, and entryways. These clearances ensure that dangerous exhaust gases don’t enter living spaces.

Vegetation Clearance

It’s best to maintain at least a three-foot clear perimeter around all sides of the generator to prevent restricted airflow or moisture. Trim trees to at least five feet above the top of the generator.

Accessibility

It’s also crucial that the generator is accessible for routine maintenance. Generators require regular service and oil changes every six to 12 months. Make sure there’s a clear path for generator technicians to access the unit and consider adding motion-activated lighting.

Noise Considerations

Modern standby generators are much less noisy than their predecessors, but still make some noise. Be intentional when choosing the generator installation site and position it away from bedrooms and outdoor living areas.

Ensure Electrical Systems Can Handle New Load

Sometimes, older electrical systems aren’t equipped to handle modern power demands. Before getting a generator installed, it’s important to evaluate whether your existing system is adequate.

When your home was built, the electrical panel, wiring, and service entrance were designed to handle a specific load. Most homes built before the 1980s were wired for 100-amp service, which is often inadequate for modern power demands, such as standby generators and EV chargers.

If you have a 100-amp panel, you may need to upgrade to a 200-amp panel before getting a generator. Additionally, your panel must have open breaker slots to accommodate a transfer switch. If it needs more room, a subpanel can often be added instead of a full panel replacement.

Your home wiring should also be assessed by an electrical professional for proper grounding and bonding and compatibility with modern systems.

Work with Local Experts

It’s highly encouraged to work with local professionals, such as those at G&G Heating and Air Conditioning to ensure proper sizing, quality installation, and safety. The experts at G&G are licensed professionals with electrical training and experience installing generators.

Call us at (360) 499-6604 today for generator installation.

Get the Right Permits

Permit requirements will vary by location. G&G Heating and Air Conditioning’s generator technicians are experts in Olympia and Tumwater permit requirements and take care of securing the necessary permits.

Some neighborhoods or HOAs also have restrictions when it comes to generators, so it’s important to speak to neighborhood leaders before installing a generator.

Determine the Best Type of Fuel

Determining the best type of fuel is based on several factors, including:

• Connections: Fuel connection is a practical consideration for homeowners. Natural gas is often the most seamless option for fueling a generator. If you already have a municipal gas line running on your property, a generator can be tied in directly.
• Storage: Different types of fuel have different shelf lives and storage considerations. For instance, diesel has a shelf life of 12-24 months, and natural gas is unlimited when connected to the municipal line but is subject to utility outages.
• Tank needs: For on-site storage of fuel, you will need to determine the proper tank sizing for your needs and generator fuel consumption rate.
• Availability: The type of fuel you decide on must be reliably available in your area, especially during and after regional disasters.

Contact Us

G&G Heating and Air Conditioning specializes in whole-home generator services. Now that you understand preparing for generator installation, you can be ready. From choosing the right size of generator to permitting, there’s a lot that goes into standby generator installation.

Our professionals walk with you every step of the way. Give us a call at (360) 499-6604 or schedule online.

Schedule Online(360) 499-6604

Table of Contents

• Why Isn't My Generator Running Consistently?
• What are the Causes of Your Generator Turning On & Off
• Schedule Home Generator Services

Summary: This blog explains why a generator may repeatedly turn off and provides several troubleshooting tips. A generator that starts and then shuts down unexpectedly may have an underlying mechanical, electrical, environmental or load-related problem.

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Generators can be lifesavers when your power goes out during storms or severe weather. They provide reliable backup power to keep your lights on, your refrigerator running, and your HVAC system running.

Generators protect your family by preventing food spoilage and unsafe temperatures and enabling you to run critical medical devices.

Why Isn't My Generator Running Consistently?

Is your generator turning off even when it has gas in the tank? This could signal that there’s a deeper issue going on. Generators shouldn’t shut off randomly but should provide reliable backup power.

This generator troubleshooting guide will share some common generator problems and how to fix them. We understand that you want to be able to rely on your generator when you need it. Follow these generator troubleshooting tips to get your system back up and running.

What are the Causes of Your Generator Turning On & Off

Low Oil or Oil Pressure

Most generators have a low-oil shutdown sensor to protect the engine from damage. If the oil is too low or pressure drops, the generator will automatically turn itself off as a safety measure.

Check that the oil is filled to the manufacturer’s recommended line. Also, look for signs of oil leaks. You may also have a faulty oil pressure sensor or oil pump.

What Can You Do to Fix It

Check for old, dirty, or degraded oil and for clogged or overdue oil filters. Change the filter if needed and reset the unit. If shutdowns continue to happen, your generator may need a professional inspection.

Exposure to Harsh Weather

Rain, snow, high humidity, and flooding can all impact generator performance and electrical components. Weather exposure can cause a few common problems, including corroded electrical connections, moisture in control panels or wiring, short circuiting or ground faults, and ventilation blockages.

What Can You Do to Fix It

Make sure your generator has proper ventilation, weather protection, and clearance. Only use approved generator covers and never operate your unit in standing water.

Battery or Charging Issues

Generators rely on a battery to start and stay running, even those that run on gas or propane. A weak or failing battery can lead to intermittent shutdowns. If your generator starts then shuts off, it could be due to battery or charging issues.

Clicking or delayed startups also signal battery issues. If there’s visible corrosion on the battery terminals, that’s a huge red flag. Lastly, if you see error codes related to voltage, there’s likely a battery issue occurring.

What Can You Do to Fix It

It’s best to check your battery’s age and charge level, whether there are corroded or loose terminals, for damaged wiring connections, and for a faulty battery charger or alternator. Clean your battery terminals, test the battery, or replace the battery if it's old or failing. If this doesn’t solve the issue, contact a professional generator technician.

System Overload

Generators can only handle a certain load. If you are running too many appliances or power surges exceed the limit, your generator will automatically shut off to prevent damage.

Why Does System Overload Happen

Common reasons for overload include running too many appliances at once, running high-demand equipment (HVAC, well pumps, etc.) simultaneously, power surges during startup, or improper load balancing.

Reduce how many appliances you have running at once and prioritize essential loads. If overload happens frequently, your generator may be undersized for your home’s power demands. An upgrade can prevent future shutdowns and provide the power you need during outages.

Schedule Home Generator Services

We hope this generator troubleshooting guide helped solve your issues, but if it didn’t and you’re still unsure what’s causing problems, contact an experienced electrician like those at G & G Heating. Our electrical professionals are fully licensed, bonded, and experienced in generator maintenance.

If you need home generator services or are interested in installing a generator, give us a call at (360) 499-6604 or schedule an appointment online.

Schedule Online(360) 499-6604

Generator sizing is one of the most common and confusing questions homeowners face when planning for power outages. Whole-home generators are highly useful tools for backup power planning, but it’s essential to get the right size for your needs.

Generator size depends on usage needs, and not just the size of your home. This home generator sizing guide will share how to choose the right fit for your home. We’ll explain why proper generator sizing matters and how to conduct power load calculation before making a decision.

Why Generator Size Matters for Home Backup Power

In outage prone areas, whole-home generators can be lifesavers. They provide reliable backup power to ensure your family stays safe. Choosing the correct generator size is important for safety, comfort, and usability.

For one thing, the size of a generator determines how much power it can deliver. If your generator is too small for your power needs, it will quickly get overloaded. Strain from overloading causes risk of failure and shortens the unit’s lifespan. If your generator is too powerful for your needs, you’ll waste money on purchase, installation, and maintenance costs.

That’s why it’s so important to calculate your power needs during an outage. You’ll want to calculate your power demand by adding your essential loads, or the systems and appliances you can’t live without.

Understanding Watts, Kilowatts, and Power Demand

When purchasing a new whole-home generator, you must understand the sizing terminology. First, let’s discuss watts. There are two types of watts to consider: running watts and starting watts.

• Running watts: The amount of power it takes to run an appliance continuously once it’s on.
• Starting watts: The amount of power it takes to start an appliance. This typically is a momentary surge to kickstart the motor and can be much higher than running wattage.

It’s important to consider both running and starting watts to prevent tripped breakers. Your generator must be able to handle the power needed to start appliances and run them simultaneously.

A kilowatt (kW) represents 1,000 watts. So, when calculating your total power demand, it can be easier to convert the sum to kilowatts. Many whole-home generators range from 10kW to 30kW depending on their size.

Different homes will have different power demands. To determine the power rating you’ll need, make a list of all the essential loads and their staring and running wattages. Then add a 20%-30% safety buffer on top.

Common Household Items Homeowners Want to Power

The essential loads are the common household items homeowners want to power during outages. This may vary from home to home, but in general, many homeowners will prioritize powering:

• Refrigerators and freezers: Keeping your refrigerator and freezer running ensures you have safe food to eat and avoid food spoilage.
• Heating or cooling systems: Your HVAC system is important for safety, especially during severe weather.
• Sump pumps: Powering your sump pump is essential to prevent flooding, reduce damage, and protect your foundation.
• Lighting and outlets: Lighting and outlets are essential for being able to walk around safely in your home.
• Medical or essential devices: If you have critical medical devices such ventilators, CPAPs, or home dialysis machines, you’ll want to ensure they can remain powered during outages.

Portable Generators vs. Whole-Home Generators

You may be considering whether you should get a portable or whole-home generator. The two tools are both great options for homeowners looking for reliable backup power solutions.

Portable generators are designed for temporary, on-demand power. These units are set in place and started by the user once an outage occurs. They are manually connected to appliances or circuits to power critical appliances. They are not designed to power an entire home. Portable generators require manual setup and shutdown, and users choose which devices to power.

Whole-home generators are permanently installed and built for automatic, long-duration backup power. They sense when the power has gone out and use an automatic transfer switch to start the flow of electricity to your home. They aim to replicate normal household power and can power most or all household items simultaneously without user intervention.

Factors That Influence Generator Size Selection

Outage frequency, climate, household needs, and lifestyle all affect generator sizing decisions. For example, if your area experiences frequent outages and you have high essential load needs, a whole-home generator may be best. If you don’t experience outages frequently but would like to power a few select appliances, a portable generator will likely meet your needs.

If you work from home, you may also benefit from a whole-home generator to keep your business up and running, even during power outages. The size of your home matters when choosing a generator, but your lifestyle and household needs matter even more. For families with small children or the elderly, power needs may be more important.

The size of your generator is a personal and situational choice based on your needs. A professional generator technician can help guide you in making the best decision.

Preparing for a Generator Evaluation

Before speaking with a professional generator technician, gather some basic information, such as listing essential appliances and understanding your outage goals. Generator education should come first, then evaluation by a professional.

If you need help choosing a generator for your home, contact G & G Heating at (360) 499-6604 today! We install home generators throughout Olympia, DuPont, Puyallup, Tumwater, and other cities in Washington.

Schedule Online(360) 499-6604

In Washington state’s wet, windy, outage-prone climate, generators can be lifesavers for homeowners. However, owning a generator means that you must complete regular, preventative maintenance to keep it in working order.

We’re going to share a comprehensive generator maintenance checklist for homeowners in Olympia and other surrounding cities. We’ll share monthly and annual maintenance schedules, a safety checklist for storm season, and more.

Why Generator Maintenance Matters in Olympia’s Weather

Olympia, WA’s weather is very wet and humid, which can cause generator performance issues if the unit is not well maintained. This high-moisture environment combined with long inactivity periods makes it essential to complete routine generator maintenance. You’ll want to ensure your generator is functioning properly before the next big storm hits.

Here are some of the reasons to prioritize following a generator maintenance schedule:

• Prevents emergency failure
• Reduces corrosion from moisture
• Ensures reliable startup during outages
• Extends equipment lifespan

Complete Generator Maintenance Checklist (Step-by-Step)

Follow this generator maintenance checklist to ensure your generator stays in tip-top shape year-round.

1. Check oil level

Make sure your generator is off and fully cooled before checking the oil level. Find the dipstick (usually under a yellow or orange colored cap on the engine). Then, pull out the dipstick, wipe it clean with a cloth, and reinsert it into the oil. Pull the dipstick out again and check the level. Top off the oil if needed.

2. Inspect and clean air filter

Next, inspect and clean the air filter to ensure airflow isn’t restricted. Check the air filter for blockages, dirt, or debris. For foam filters, wash with soapy water, rinse, and dry them, before reinserting them. Replace the air filter according to manufacturer guidelines.

3. Test the battery + terminals

Test your generator’s battery to ensure it is still in working condition. Use a DC voltage multimeter to test the battery. If it reads 12.6V or higher, the battery is charged. If it reads below 12.4V, the battery needs to be recharged or replaced.

Be sure to inspect the battery terminals for damage and corrosion and clean them with a battery-safe cleaner. Also, ensure that connections are tight.

4. Check coolant level

To check the coolant level, make sure the generator is off and cooled. Then, locate the coolant reservoir or radiator and see if the coolant level falls between the MIN/LOW and MAX/FULL markings. If needed, add some manufacturer-recommended coolant to the reservoir.

5. Inspect fuel lines for leaks

Next, inspect your generator’s fuel lines to ensure there aren’t any leaks. Check for wet spots, cracks, and worn areas. Also verify that all connections are tight.

6. Remove debris from enclosure

Use an air compressor or soft cloth to remove any debris from your generator’s enclosure. Check and clean the spark arrestor with carburetor cleaner.

7. Run generator for 20–30 minutes

Running your generator for 20-30 minutes monthly helps circulate oil, charge the battery, and keep it healthy, preventing fuel problems. This tests functionality, so you know it will work during an actual outage.

8. Test automatic transfer switch

To test your automatic transfer switch, open your main breaker to cut utility power, then let the generator kick in and transfer the load. Watch for indicator lights and listen for any usual sounds. Then, restore utility power and make sure the generator shuts down properly.

9. Inspect for leaks or corrosion

Complete a visual inspection for wet spots or leaks and corrosion on your unit. Look for rust, green or white buildup around connections, and leaks from fuel lines.

10. Check for error codes or alerts

Use the controller display to check for any error codes or alerts. There are common error codes and colored lights that may appear to indicate issues. Check your manual for each code’s meaning. If you notice a red light, call for professional service.

Generator Inspection Checklist for Homeowners

There are a handful of visual and mechanical checks that Washington homeowners can safely do on their own. These tasks include:

• Examine wiring for wear: Look for frayed insulation, discoloration, burns, or corrosion on your generator’s wiring. If any of these signs are present, call a professional electrician.
• Look for rust & moisture buildup: Rust and moisture buildup can lead to electrical shorts and poor performance. Check regularly for these signs and use preventative measures like covers and protectants.
• Verify vent clearance: Ensure there is 3-5 feet around all sides of the unit to allow for adequate airflow.
• Check casing and fasteners: Be sure the casing doesn’t show signs of damage or cracks. Loose fasteners can lead to potential failures. Check to ensure all components are secure.
• Confirm level placement & stability: Your generator should be placed on level ground for proper function.

Monthly and Annual Generator Maintenance Schedule

In Washington, it’s important to complete routine monthly generator maintenance at home in addition to professional annual inspections.

Monthly

• Run generator under light loads: Running the generator under a light load helps keep internal parts lubricated, circulate oil, and prevent fuel issues.
• Inspect for moisture/debris: Look for moisture and debris around the generator to catch any issues early.
• Check fluids: Check fuel, oil, and coolant levels to ensure they don’t need to be filled.

Annual

• Oil + filter change: You should have the oil and oil filter changed annually, following manufacturer guidelines.
• Fuel filter + air filter replacement: Replacing the fuel and air filters ensures the generator can function properly.
• Coolant flush (if liquid-cooled): If you have a liquid-cooled generator, a coolant flush should be completed annually to prevent corrosion and particle buildup.
• Spark plug inspection: Inspect your spark plugs annually for wear, corrosion, and proper gap. Replace them if dirty or corroded.
• Load bank test: A generator technician will use a load bank to simulate real-world conditions to test a generator’s performance.

Generator Safety Checklist for Storm Season

During storm season, it’s critical to understand how to operate your generator safely. There are a few key precautions Washington homeowners should follow when operating a generator during a storm. Follow these safety tips for severe weather:

• Keep outdoors with proper ventilation: Generators should always be kept outdoors and at least 20 feet away from your home.
• Use CO detectors: Be sure to install CO detectors in your home to prevent carbon monoxide poisoning.
• Keep generator dry: Generators must be kept dry during severe weather. Use a generator tent or canopy to shelter it from precipitation.
• Store fuel properly: Keep sealed fuel containers in a cool, dry, and well-ventilated area. Check for leaks or pressure periodically.
• Use grounded outdoor extension cords: If using a portable generator, use heavy-duty, 3-prong extension cords rated for outdoor use.
• Keep children & pets away during operation: Prevent safety hazards by keeping children and pets a good distance from the generator.

When to Seek Professional Help for Generator Issues

There are some times when professional help is required for generator issues to protect your safety. Seek professional help if you experience:

• Hard starting or stalling: If your generator won’t start or is frequently stalling, it can point to dirty air filters, blocked fuel lines, low oil, and other issues.
• Fuel leaks or smoke: If you notice fuel leaks or smoke coming from your generator, call a professional technician immediately.
• Electrical irregularities: Electrical issues can be caused by blown fuses, dead batteries, overloaded circuits, and more. Don’t attempt electrical work at home, leave it to a licensed electrician.
• Persistent warning lights: Warning lights, especially red lights, indicate that professional service is required.

If you have electrical or safety concerns, contact our licensed electricians at G & G Heating.

Learn More About Electrical Safety & Home Preparedness

Interested in learning more about how to maintain your generator? G & G Heating’s blog shares home safety tips and generator maintenance articles. Trust the experts for accurate home preparedness information.

G & G Heating proudly serves Olympia, Tumwater, Lacey, Yelm, and surrounding areas. Visit our website to learn more about our residential electrician services or contact our team today.

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Why Replacement is Better Done in Spring and Fall

Homeowners in Olympia, WA, and nearby communities such as Tumwater and West Olympia face specific heating and cooling challenges.

With aging ductwork, older systems, and weather patterns that swing from cool mornings to hot afternoons, having an efficient HVAC system in this part of Washington is more important than ever.

Keeping your home comfortable should be a priority, especially during seasonal extremes. This guide explains how the local climate impacts your system and which warning signs to watch for.

When it might be time to consider an upgrade, your air conditioner plays a vital role during those hot summer days, and system performance directly affects comfort and energy efficiency.

Introduction to Home Comfort Solutions

In the South Sound region, home comfort is not just a luxury; it is a necessity. Winters can be damp and chilly, while summers bring heat and humidity, making year-round temperature control essential for your family’s well-being.

In addition to heating and cooling, indoor air quality is a major factor in creating a healthy and enjoyable living space, particularly in homes with moisture or dust concerns.

We understand the unique needs of local homeowners and provide full-service HVAC solutions tailored to the region. Whether you are trying to stay cool in the summer, warm in the winter, or need electrical upgrades for safety and efficiency, we are here to help.

Our services look at the entire HVAC system, from the air circulating through your ducts to the reliability of the equipment itself. Our goal is to ensure lasting comfort, safety, and energy savings for families throughout the area.

Why the Region’s Climate Presents Unique HVAC Needs

The climate in this part of the Pacific Northwest features damp, cool winters and warm, humid summers. Shifts between seasons can happen quickly, especially in places like West Olympia, where temperatures rise more rapidly in the afternoon.

As a result, your HVAC system should be able to:

• Control humidity during the warmer months
• Provide steady heating through winter
• Respond quickly to temperature changes
• Operate efficiently in homes with crawlspaces or older insulation

Upgrading to modern HVAC technology allows homeowners to better manage these fluctuations. If your current system struggles to keep up, it may be time to schedule a professional assessment.

Signs Your System Might Be Undersized or Overworked

Many homes across Thurston County still use HVAC systems installed 15 or more years ago. Even if your system is a decade old, it might not be suitable for your current layout, energy needs, or comfort expectations.

Pay attention to these warning signs:

• Inconsistent temperatures throughout the home
• Noticeable humidity or dryness indoors
• Noisy startups or frequent cycling
• Weak airflow from vents
• High energy bills with no changes in usage
• Rooms that never seem to cool or heat evenly

These symptoms may be caused by an oversized air conditioning unit, outdated thermostats, or inefficient ductwork.

Common HVAC Problems in Older Homes

Older homes in the area, especially those built before zoning and energy codes were widely adopted, tend to have retrofitted systems that come with complications.

Attics and crawlspaces may lack proper insulation or moisture control. This can tax your HVAC equipment.

Additionally, older wiring or outdated water heaters can limit system performance and household comfort. Electrical safety is also a concern, particularly in homes where multiple appliances draw power from the same circuits.

Common problems include:

• Leaky or unsealed ductwork
• Thermostats without zoning capabilities
• Undersized furnaces are not fit for open layouts
• HVAC systems are not built for today’s energy loads

If you’ve added new rooms, updated windows, or changed your insulation, your current system may no longer be the best fit.

Electrical Considerations for HVAC Systems

HVAC performance depends not just on the equipment itself, but also on the electrical infrastructure behind it. In homes with older wiring or overloaded circuits, your heating and cooling system may be at risk for failure or even electrical hazards.

Electrical upgrades are especially important when installing new HVAC units, troubleshooting performance issues, or improving overall system efficiency. Our licensed electricians ensure your HVAC setup is properly grounded, correctly connected, and protected with the right circuit breakers and surge protection.

We work with local homeowners to create a safe electrical foundation that supports long-term HVAC performance and reliability.

Tips to Improve Energy Efficiency This Summer

If your HVAC system still has some life left, a few affordable improvements can increase efficiency and lower your utility bills during the hotter months.

Try the following:

• Install a programmable or smart thermostat
• Seal and insulate any exposed ductwork
• Replace air filters every 30 to 60 days
• Use ceiling fans to help circulate air
• Schedule a professional system tune-up
• Consider switching to a heat pump for year-round performance

A summer maintenance check from G & G Heating can help prevent breakdowns and ensure efficient operation during peak usage.

When to Consider Replacing vs. Repairing Your HVAC

If your system is over 15 years old and repairs are becoming more frequent, it might be time to explore replacement options. Replacing an outdated air conditioner or furnace can result in lower energy bills and improved indoor comfort.

It may be time to replace your system if:

• You schedule multiple repairs each year
• Heating and cooling are no longer consistent
• You are remodeling or expanding your home
• You want better control over indoor air quality or zoning

We provide honest system evaluations to help you decide whether repair or replacement is the right step for your home.

How G & G Heating Supports Homeowners Across the Region

G & G Heating has been serving local families for decades, providing trusted service backed by deep regional experience. Whether you need help with emergency air conditioning repairs, furnace replacements, or whole-system upgrades, our team is ready with practical solutions.

We work with homeowners across Tumwater, Dupont, and the surrounding area. We also support small businesses that rely on consistent indoor climate control.

Our goal is long-term performance and energy efficiency, and we keep detailed service records to better assist you when future needs arise.

Schedule Online(360) 499-6604

Thermostat replacement is an important step in keeping your home comfortable year-round. Knowing when to replace a thermostat can help you avoid uneven temperatures, unexpected breakdowns, and higher energy bills.

If your HVAC thermostat is not working properly, whether due to age or malfunction, it may be time to consider thermostat repair in Tumwater or even a new thermostat installation. Many homeowners are also upgrading to smart thermostat options in Tumwater for better energy efficiency and convenience.

Top Signs Your Thermostat Needs Replacing

If you notice any of these telltale signs in your Tumwater home, it may be time to determine if you need a new thermostat and schedule a thermostat installation in Tumwater:

• Inaccurate temperature readings — Rooms feel warmer or cooler than the thermostat setting, which may be due to incorrect temperatures caused by faulty sensors.
• HVAC short cycling — System turns on and off too frequently without reaching the desired temperature, indicating a problem with the cycle or the thermostat's ability to maintain set temperatures. Performing a test trial can help diagnose the issue.
• Unresponsive controls — Pressing buttons or adjusting the dial has no effect, and the thermostat may fail to respond to input due to connection or power issues.
• Higher energy bills — Utility costs rise without any change in usage habits, which can be a result of high energy bills or cooling bills caused by an inefficient or malfunctioning thermostat.
• Outdated manual models — Older thermostats lack efficiency and modern features, and old age, outdated technology, or lack of advanced technology can make them less reliable and efficient.

You can use a portable indoor thermometer to verify if your thermostat readings are accurate. Issues with wiring inside the thermostat can disrupt power or connection. This can lead to malfunctions. Sometimes, a manufacturing defect in the thermostat can also cause it to malfunction.

Most thermostats last about 10 years. Replacing your thermostat after this period is recommended to maintain efficiency and comfort.

Should You Repair or Replace?

Not every thermostat problem requires a full replacement. In some cases, a technician can recalibrate the unit or replace batteries to restore proper function.

However, replacement is often the better choice when:

• The thermostat is more than 10 years old—most thermostats have a typical lifespan of about ten years, and older units may not operate as efficiently as newer models.
• Repairs would cost more than half the price of a new unit—new thermostats offer advanced, efficient technology that can optimize your energy use and improve overall system performance.
• Your HVAC system has been upgraded and is not fully compatible with your current thermostat—having your thermostat replaced with a modern, efficient model ensures optimal compatibility and performance.

If you are unsure which option is right for you, our trusted Tumwater HVAC experts can inspect the unit and recommend the most cost-effective solution.

Thermostat Types and Options

Choosing the right thermostat for your Tumwater home can make a significant difference in comfort, convenience, and energy savings. There are several types of thermostats available, each offering unique features to suit different needs and lifestyles.

Manual Thermostats

Manual thermostats are the most straightforward option, allowing you to adjust temperature settings by hand whenever you want to heat or cool your home.

While these thermostats are simple to use, they require you to remember to change the settings throughout the day, which can lead to inconsistent temperatures and higher energy use if left unchecked.

Programmable Thermostats

Programmable thermostats take convenience a step further by letting you set a schedule for different temperatures at various times of the day or week.

With programmable thermostats, you can automatically lower the heat or air conditioning when you’re away or asleep, and have your home comfortable again before you return. This not only helps maintain ideal temperature settings but can also reduce energy consumption and save money on your energy bills.

Smart Thermostats

Smart thermostats are the most advanced option, offering features like remote control from your smartphone, learning your preferred temperature settings, and even integrating with other smart home devices.

Many smart thermostats can adjust to your routine automatically and provide energy usage reports. They also allow you to control your heating and cooling system from anywhere. These modern thermostats offer the ultimate in flexibility and efficiency, making it easier than ever to keep your home comfortable while managing energy costs.

When considering a new thermostat, think about your daily routine, your comfort preferences, and how much control you want over your home’s temperature. Selecting the right model can help you achieve the perfect balance of comfort and energy efficiency in your Tumwater home.

What Are the Benefits of Installing a New Thermostat

Upgrading to a modern thermostat can improve both comfort and efficiency in your home. Benefits include:

• Better temperature control — Maintain consistent comfort across all rooms
• Improved energy efficiency — Reduce wasted heating and cooling cycles by optimizing both your heating system and cooling systems
• Smart thermostat features — Take advantage of advanced technology, including enhanced programming options, to control your system remotely, set schedules, and track energy usage for potential savings
• Compatibility with newer systems — Ensure your thermostat works seamlessly with high-efficiency equipment

A programmable or smart thermostat can also help you prepare for cold Tumwater winters by keeping your home warm when you need it and saving energy when you do not.

Why Tumwater Homeowners Trust G & G for Thermostat Help

As a family-owned company serving the South Sound for decades, G & G Heating understands the unique heating and cooling needs of Western Washington homes. Our team offers:

• Local experience with HVAC systems in Thurston County
• Transparent service and clear recommendations
• Fast, convenient scheduling through our online booking system
• Skilled technicians who treat your home with care

We provide honest advice and professional installation so you can enjoy peace of mind knowing your thermostat is set up for optimal performance.

How to Get Started

If your thermostat has been giving you trouble or you are ready for an upgrade, now is the ideal time to act before heating season begins.

1. Schedule an inspection with our team
2. Discuss your options, including smart thermostat models
3. Book your installation at a time that works for you

Use our online scheduler to request your HVAC system upgrades in South Sound and enjoy consistent comfort all year long.

Do not wait for the first cold snap to find out your thermostat is not up to the task. Contact G & G Heating today for expert thermostat replacement in Tumwater and trusted HVAC service backed by local experience.

Schedule Online(360) 499-6604

Are you thinking about your home's electrical system and wondering how to replace or upgrade your electrical panel? Or maybe you're asking yourself, "Will upgrading my breaker box reduce my electric bill?"

If these questions are on your mind, you're in the right place. Below, we'll dive into the details surrounding electrical panel upgrades and how to update your Olympia, WA, home.

What Is an Electrical Panel Upgrade?

Upgrading your electrical panel means upgrading it to meet the needs of your modern home. The main goal of an upgrade is to add or replace circuit breakers, fuses, or wiring to enhance energy efficiency.

If a panel is too old, damaged, or can't accommodate higher energy demands, you may need to replace it. This can increase your home's electrical load capacity, making it safer and more efficient.

Signs It's Time for a Panel Replacement

Here are some clear signs that it might be time to replace your outdated electrical panel:

• Frequent Circuit Breaker Trips: If breakers frequently trip, it could mean your existing panel can't handle your electrical demands.
• Flickering Lights: This can indicate an overloaded circuit or a problem with your panel.
• Humming, Hissing, Buzzing, or Crackling Sounds: Strange noises from your panel could point to loose connections, a damaged wire, or other issues.
• Warm or Discolored Outlet Covers: These are signs of potential electrical issues that pose a fire hazard and need immediate attention.
• Old Fuse Box: If your home still relies on a fuse box, it's definitely time to switch to circuit breakers.
• Home Renovation or New Appliances: Adding square footage or energy-hungry devices, like EV chargers, typically requires more electrical capacity.
• Higher Energy Bills: An old panel will often have trouble providing the right amount of power to different areas of your home. This inefficiency can cause your energy bills to rise. Replacing your outdated panel can eliminate the problem and save you money in the long run.
• Age of the Panel: If your panel is over 20 years old, it might not meet current safety standards.

Why Work With an Electrician?

Is it possible to replace or upgrade my electrical panel on my own? Like many home projects, the answer largely depends on your specific situation and skill set.

Typically, it's best to enlist the help of a qualified electrician. This will ensure that the work is done safely and complies with local regulations.

Here are the main reasons why relying on a professional is the safest bet:

• Working with electricity is highly dangerous. Professionals have the training and tools to do the job safely and properly. This protects you from injury and your home and family from an electrical fire.
• Electricians know local codes and will ensure your electrical panel meets all necessary requirements.
• A skilled electrician can assess your home's electrical needs and recommend the right panel size.
• A professional already knows how to replace an electrical panel, so there's no learning curve. They can complete the job quickly, saving you time and potential headaches.

Electrical panel replacement or upgrading is dangerous and complex. This type of electrical work involves handling a high-voltage system. That's why our residential electricians provide reliable solutions for Olympia homeowners. Reach out today by calling (360) 499-6604 to set up a service appointment.

Electrical Panel Inspections, Upgrades, & Maintenance

At G&G Heating and Air Conditioning, we offer comprehensive electrical services to keep your home safe and fully powered. Our services include:

• Electrical System Inspections: We check your panel for signs of wear, damage, or outdated components. We also inspect your entire electrical system to make sure it's safe, reliable, and up to code.
• Expert Replacements: Whether it's time for new home wiring or a new panel, we'll handle the entire process from start to finish.
• Reliable Panel Upgrades: We can increase your home's electrical capacity to meet your growing needs.
• Regular Maintenance: We'll help keep your electrical system in top shape with routine servicing and assessments.

Why Choose G&G Heating and Air Conditioning?

At G&G Heating and Air Conditioning, our trained technicians provide exceptional electrical services to homeowners across the area. Our experience and customer dedication are just a few reasons why we stand out from other home service companies.

We are proudly family-owned and operated. We treat your home like it's our own, providing top-quality solutions you can depend on. Our licensed electricians can tackle any electrical challenge, from minor repairs to complex installations.

Don't wait for existing electrical problems to get worse or try to tackle the job yourself. If you're ready to upgrade your electrical panel, then contact our professionals today! Let's make your Olympia, WA, home safer and more energy-efficient together.

Schedule Online(360) 499-6604