A heating system replacement typically includes removing the old or broken system, conducting load calculations, sizing the system, and installing it. If you’re in the market for a new heating system, this guide will help set expectations of what happens during the replacement process. The exact project scope will vary by home and the type of equipment, but we'll walk through each stage so you know what to expect from start to finish.

Step 1: Evaluate Your Existing Heating System

Before a heating system replacement, you should first evaluate your current equipment’s condition, repair history, and performance. Are you having comfort problems at home? Struggling with uneven heating? These issues may be a reason to have the system evaluated, especially when they occur alongside repeated repairs, declining reliability, or major component problems.

Consider your existing ductwork and priorities when deciding which heating system best suits your needs. Homes with well-sealed ductwork can often use a furnace or a ducted heat pump, while homes without ductwork may use a ductless mini-split or a boiler with radiators or radiant floors.

Step 2: Determine Whether Repair or Replacement Makes More Sense

Once you’ve taken a close look at your existing heating system, you can determine whether repair or replacement is necessary. A skilled HVAC technician can provide a diagnosis for performance issues and share repair costs and how reliable it is likely to be afterward.

Sometimes, if your heating system has gone through repeated costly repairs, replacing your system can be more cost-effective. Your long-term plans matter here too. If you plan to stay in your home for many years, long-term efficiency, reliability, and operating needs may carry more weight in the decision. If you’re planning to sell your home soon, you may be able to just make targeted repairs.

Step 3: Perform a Heating Load Calculation

If you’ve decided replacement is the better option, load calculations ensure that your new system is properly sized to match your home’s heating needs, rather than a rough estimate. A heating technician will calculate how much heat your home loses on cold days and help you choose equipment to cover that demand.

They will consider your home size, insulation quality, windows, air leakage, layout, local climate, and the number of occupants in your house.

Step 4: Choose the New Heating System

Next, choose a heating setup for your home. You have many options, including a furnace, heat pump, dual-fuel system, or other compatible equipment. Your HVAC technician will help you narrow down the choices based on the results of the load calculation, your existing ductwork, and power or fuel sources.

Furnace Replacement

If you already have a furnace installed, you may want to just swap it out for a modern, more efficient system. A furnace replacement is ideal when your home’s ductwork, venting, and fuel source are all in good condition. Most of the existing infrastructure can remain in place with a like-for-like swap.

Heat Pump Replacement

A heat pump can provide both efficient heating and cooling for your home. However, you must evaluate your home’s electrical capacity to make sure the panel can handle the extra load. Heat pumps are also best for regions with mild winters, as cold-weather performance can suffer in extremely low temperatures. A technician can help with system sizing to ensure optimal year-round performance.

Step 5: Review the Installation Scope

An HVAC technician should walk you through the entire scope of your heating system replacement so there are no surprises. Depending on your home, the project may include:

• Equipment removal: The technician will disconnect and safely remove the old or broken heating system and dispose of any refrigerant or fuel connections.
• Duct modifications: Your ductwork may need modification to match the new equipment’s needs.
• Electrical work: Your new system may require some electrical work, such as updating wiring, breakers, or disconnects.
• Gas work: For gas-fired equipment, you may need to connect or modify gas lines, shutoff valves, and venting.
• Thermostat and control changes: You might need a smart or programmable thermostat that’s compatible with your new system.
• Permits: Most areas require permits and inspections for heating system replacements. The technician can typically handle the paperwork and scheduling for you.

Step 6: Remove the Old Equipment

After the scope has been confirmed, the technicians will remove your old heating system. This step should only be completed by licensed professionals since it involves handling fuel, electrical, and refrigerant connections that must be handled safely and in line with local and national codes.

The crew will prepare the area by protecting the floor. Then, they will shut off the power and fuel supply to the system. Technicians will disconnect the old equipment from its fuel, electrical, venting, and ductwork connections. Lastly, the old unit is removed from the home and the area is cleared for the new equipment.

Step 7: Install the New Heating System

Next, the technicians will install your new system according to the manufacturer's specifications and local code requirements. The new system is positioned properly to allow for airflow and accessibility. The technicians will connect the system to the ductwork and seal it. Then, they will make electrical and fuel connections, when applicable.

For high-efficiency furnaces and heat pumps, a drain line is installed to carry away condensate. A thermostat or control system will also be installed and configured to work with the new system. The team will follow local building and safety codes throughout the process and schedule required inspections.

Step 8: Test and Commission the System

Lastly, HVAC technicians will test the system to confirm it’s operating properly and safely before leaving your home. Typically, technicians will start up your equipment and run it through a full heating cycle to watch for any unusual behavior. They will check that airflow is not impaired since poor airflow can cause uneven heating and strain.

The technicians should also test to make sure your thermostat is communicating properly with the new system and that safety controls, like limit switches and shutoffs, are working as intended. They will also follow the system manufacturer's startup and commissioning steps so the installation meets warranty requirements.

How Long Does Heating System Replacement Take?

Heating system replacement timelines vary based on scope. For straightforward replacements, timelines will be shorter than projects requiring duct, electrical, fuel, or other modifications. A licensed technician can give you an estimated timeline for your unique heating replacement.

What Affects Heating System Replacement Cost?

The cost of heating system replacement depends on several factors, including:

• Equipment type: Whether you choose a ductless mini-split, gas furnace, or heat pump will impact total replacement costs.

• Capacity: The system’s size and heating capacity will also influence the price tag.
• Efficiency: Higher efficiency systems are often more expensive than standard units.
• Ductwork: If you need to modify or add ductwork, that adds another layer of cost.
• Electrical work: Electrical upgrades may be required to meet the needs of a new heat pump and increase the cost of replacement.
• Gas/venting work: Similarly, if your home needs gas line or venting work for a furnace, expect costs to go up.
• Controls: The type of thermostat you choose also plays a factor into the cost.
• Installation complexity: Straightforward swaps are less expensive than complex replacements requiring ductwork changes or gas or electrical work.

What Should Homeowners Do Before Installation Day?

To prepare for a safe installation day, you should ensure technicians have clear access to the heating system. Confirm parking is available for the crew, secure pets, and ask what technicians will need to reach beforehand. You can also discuss thermostat needs to be prepared with the right equipment.

What Happens After Installation?

After installation, the technician should complete a system walkthrough to ensure you understand how it operates. Additionally, they will provide thermostat guidance and maintenance recommendations. The technician should also provide warranty documentation, air filter replacement guidelines, and answer any questions you have.

Heating System Replacement in Olympia & Tumwater

G&G Heating offers safe heating system replacement throughout Olympia and Tumwater, WA. Whether you’re interested in a furnace, heat pump, ductless mini-split, or boiler and radiator, our team can help. We understand local homeowners’ challenges in western Washington and work to provide reliable home comfort.

Ask G&G About Heating Replacement Options

The team at G&G Heating offers years of experience and industry knowledge in heating replacement. If your HVAC is nearing the end of its life, it’s time to call G&G for heating and HVAC services. Contact us to learn more about your heating replacement options in Olympia and Tumwater.

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The furnace vs. heat pump debate’s answer is highly dependent on your specific home. Both systems can be appropriate for Olympia, WA homes depending on factors such as climate, utilities, comfort, cost, and infrastructure. Neither is the universal winner.

Olympia’s mild but damp, chilly winters, your electricity and gas rates, the comfort you want, upfront and long-term costs, and your home’s existing ductwork and electrical setup all play a role in which system is most suitable.

Let’s explore the differences between a furnace and a heat pump so you can make the most informed decision before the winter season.

What Is the Difference Between a Furnace and a Heat Pump?

The primary difference between a furnace and a heat pump is how each system delivers warmth. A furnace generates heat by burning natural gas or, in some cases, using electric resistance elements. Then, it blows the warm air through your home’s air ducts.

On the other hand, a heat pump transfers heat from outside, pulling thermal heat from the air and moving it indoors using electricity and refrigerant. The same process can work in reverse, allowing heat pumps to cool your home in summer. A furnace can only provide heating and is generally paired with a separate air conditioner. A heat pump can be used for both heating and cooling, limiting the need for two separate systems.

Furnace vs. Heat Pump: Quick Comparison

Factor	Heat Pump	Furnace
Heating method	Transfers heat	Generates heat
Cooling capability	Yes	Separate AC typically required
Energy source	Electricity	Gas or electricity depending on equipment
Cold-weather performance	Equipment-dependent	Strong heating output
Year-round use	Heating + cooling	Heating

Which Works Better in Olympia's Climate?

Since Olympia has mild winters, heat pumps are typically favorable for homeowners. Winter temperatures are generally in the 30s and 40s, which is within the range that modern heat pumps run efficiently. These conditions can favor heat-pump efficiency, but actual operating costs depend on equipment performance, electricity and fuel rates, and household heating needs. However, cold snaps may occur, causing heat pump output and efficiency to drop.

When temperatures reach the low 20s or teens, a furnace continues to deliver consistent heat regardless of outdoor temperature. Standard heat pumps lose capacity in cold temperatures.

Additionally, your home’s insulation and system sizing make a difference in performance. A well-insulated, air-sealed home holds heat better than a drafty home. Sizing is also extremely important for efficient operation. An undersized heating system won’t be able to keep up during a cold snap, while an oversized unit wastes energy.

When a heat pump can’t handle a cold snap, supplemental heat can fill the gaps. Some systems use supplemental electric heat or a furnace in a professionally designed dual-fuel configuration when additional heating capacity is needed.

Which Is More Energy Efficient?

There isn’t a clear-cut answer to this question. Heat pump efficiency varies depending on outdoor temperatures, while furnace efficiency depends on equipment rating and maintenance.

Since a heat pump moves heat rather than creates it, it can deliver more heating output than the electricity it uses. On mild days, this advantage makes itself known, but it shrinks as outdoor temperatures fall.

A furnace’s energy efficiency is tied to its AFUE rating, showing how much of its fuel becomes usable heat. High-efficiency models waste less fuel than aging units that didn’t receive routine maintenance. The cost you pay each month for operating a furnace or heat pump is dependent on energy prices and household usage. These variables differ from home to home, so savings cannot be guaranteed one way or the other. The best option depends on your comfort preferences and utility rates.

Which Costs More to Install?

The cost of installation depends on several factors. Neither system is always the cheaper option. Your existing equipment plays a role. If you already have a furnace, swapping it for a new furnace is typically less expensive. The same goes for replacing your heat pump.

For heat pumps, electrical infrastructure is important. You may need electrical upgrades if your panel or circuits can’t handle a new load. If your home already has natural gas, you won’t need to add a gas line for a furnace.

If your ductwork is in good condition and is properly sized, it helps keep costs down. Leaky or poorly routed ducts may require modification or repair. The system capacity and sizing also impact the total cost. Larger homes need larger equipment and may require smart thermostats, zoning, or dual-fuel controls. Also, installation complexity can increase labor time and costs on a job.

Which Provides Better Winter Comfort?

Comfort generally depends on homeowner preference. The two system types deliver warm air differently. Supply-air temperature is the most noticeable difference. A furnace blows hotter air that feels warmer at the vents. Heat pumps blow milder warm air, so it may feel slightly cooler, even when they’re heating your home effectively.

Furnaces typically run in shorter, hotter cycles, while heat pumps run at a gentler pace with continuous airflow. Variable-speed models run longer to provide more even heating. A properly sized heat pump offers temperature consistency throughout the day. A furnace may cycle more noticeably.

The bottom line is that homeowner preference matters. Proper sizing and ductwork are also essential to both systems.

Can a Heat Pump Replace Both Your Furnace and AC?

Depending on your system’s design and home requirements, you may be able to use a heat pump for both heating and cooling at home. Since heat pumps move heat in both directions, a single system can handle heating and cooling.

Whether this works for your home will depend on how much heating and cooling your home needs. Professional load calculation and electrical evaluation are important to ensure the heat pump system is sized to handle both seasons. An electrical evaluation confirms your panel and circuits can support the equipment’s electrical needs.

What About Dual-Fuel Systems?

Some homeowners use a dual-fuel system, pairing an electric heat pump with a gas furnace. This setup provides your home with two heat sources. The heat pump can handle milder weather days, and the furnace can kick in during colder weather.

The system can be configured to automatically switch between the two systems based on a specific outdoor temperature or which source is more efficient or economical. Homes with existing gas service and ductwork can benefit from a heat pump's efficiency most of the year and rely on the furnace during cold snaps.

Should You Replace a Furnace With a Heat Pump?

There are a few decision criteria to consider in this scenario. First, consider your existing equipment. If your furnace is aging and on its last leg, it may be time to replace it. You’ll also need to think about your fuel source. If you have natural gas, propane, or oil, a heat pump offers an all-electric alternative.

Your home’s electrical capacity is another consideration since a heat pump needs sufficient power to work. Cooling also plays a role. If you are planning on replacing both a furnace and AC, a heat pump can serve as both heating and cooling.

It’s also important to weigh your budget and replacement goals. These two factors may point you in a certain direction.

Heat Pump vs. Furnace for Olympia: How to Decide

There’s no single universal winner. You should evaluate the best fit based on these considerations.

A heat pump may be the right fit if:

• You want a single system for heating and cooling
• Your home is well-insulated and air-sealed
• Your electrical panel can support the added load
• Efficient operation through mild winters is a priority

A furnace may be the right fit if:

• Your home already has natural gas service and solid ductwork
• You want consistent heat during cold snaps
• Your electrical capacity would require costly upgrades
• You already have an AC you plan to keep

Ask G&G About Heating System Options

Contact us today for G&G heating and cooling services. We offer expert heat pump and furnace installation and replacement services throughout Olympia, WA and the surrounding areas. We’ve delivered exceptional heating and cooling solutions to Washington homeowners for over 40 years.

Schedule Online(360) 499-6604

Occasional clogged drains can happen in any home, but if you’re experiencing repeated clogs, they may indicate a larger plumbing problem. A single isolated clog that doesn’t come back is nothing to worry about, but repeatedly clearing the same drain without identifying the underlying cause can allow the problem to worsen.

Recurring clogs can be due to many different things, such as tree root intrusion, pipe damage, or buildup deep within the drain line. We’re going to discuss when the call a professional plumber and signs that your drain problem goes beyond the clog.

What Causes a Drain to Keep Clogging?

There are many reasons that could be to blame for recurring drain clogs ranging from hair buildup to improper pipe slope. Here are some of the top causes of recurring drain clogs in homes.

• Hair and soap buildup: Over time, hair and soap scum can build up in your drain pipes and create clogs. Get a drain hair catcher for your shower or tub to help reduce the risk of hair clogs.
• Grease and cooking oil: Many people pour leftover grease or cooking oil down the kitchen sink. You should never put grease of cooking oil down the drain because it solidifies when it cools and can create a blockage. Also dispose of grease, fats, and oils in the trash can or outside.
• Food debris: Organic food scraps can get stuck in the drain and form stubborn clogs that attract insects.
• Mineral deposits: In areas with hard water, mineral deposits can leave behind rock-like layers of magnesium and calcium that narrow the pipe and allow for clogs to form.
• Foreign objects: Small toys, jewelry, and feminine hygiene products are all foreign objects that can cause clogged drains. Never flush anything but toilet paper down your toilet and be careful of losing jewelry when washing dishes or your hands.
• Tree root intrusion: When underground plumbing pipes have small cracks or fractures, tree roots may intrude looking for moisture. The roots can grow into the pipe and create a tangly clog.
• Damaged or deteriorating pipes: Pipes with severe damage or deterioration issues are more prone to clogs.
• Buildup farther down the drain line: Sometimes, clogs are not easily accessible from the drain and are much further down the line.
• Improper pipe slope or installation: If plumbing pipes were installed incorrectly, they may have improper pipe slope, allowing materials to settle in low spots.

Signs Your Drain Problem Is More Than a Simple Clog

How do you know if frequent drain clogs mean something bigger is going on with your plumbing system? There are a handful of warning signs that you should call a professional plumber for plumbing services, including:

• Same drain keeps clogging: If the same drain clogs every month or two, even after being cleared with a plunger or drain snake, that’s a sign of a deeper issue. The issue could be a partial pipe blockage, tree root intrusion, or a sagging line.
• Multiple drain clogs: If you notice multiple clogged drains throughout the house, this can point to a clog further in the main line rather than isolated problems in each fixture.
• Water backs up into other fixtures: If you notice water backs up into your tub or shower when you flush the toilet, that’s a serious indicator that there’s a main line blockage impacting your whole home.
• Gurgling or bubbling sounds: You may notice gurgling or bubbling sounds from your drains or toilets when air is trapped in the pipes due to a severe clog down the line.
• Foul sewer smells: Rotten egg or sewage smells aren’t just unpleasant—they’re a sign that wastewater isn’t draining properly or that there’s a crack in the sewer line letting gas escape.
• Toilets overflow or drain slowly: Toilets are often sluggish or overflow when the main sewer line is partially obstructed.

If you notice any of these signs, call a plumber right away for professional drain cleaning.

Why Recurring Drain Clogs Can Get Worse

Recurring drain clogs should not be ignored as they can worsen over time and cause even bigger issues if left alone. Here’s why you should always call a licensed plumber for recurring clogs.

• Buildup may continue accumulating inside the pipe and create a bigger blockage
• A partially blocked pipe can eventually become completely obstructed
• Repeated backups can expose your home to water damage and unsanitary conditions
• Ongoing pressure or drainage problems may contribute to plumbing system damage
• A recurring clog may be a symptom of a damaged sewer line rather than a simple blockage

Recurring drain clogs will continue to worsen if they aren’t addressed by a professional, putting your home and health at risk.

Why You Shouldn’t Use Chemical Cleaners

Store-bought chemical drain cleaners are never a great solution for clogged drains. Chemical cleaners can damage your pipes, harm the environment, and pose health and safety risks to your family.

Many chemical cleaners use lye or acids to create a hot chemical reaction to melt clogs. In theory this sounds okay, but in reality, it can warp PVC pipes and corrode metal lines. The cleaner can also get trapped if it doesn’t successfully clear the clog and lead to a burst pipe. Chemical cleaners can also be unsafe to handle and cause chemical burns and blindness if contact is made with the eyes. They can also release dangerous vapors into the air and react with other household cleaners.

Professional Drain Cleaning Solutions

Instead of using store-bough chemical cleaners, you should call a plumbing company like G&G Heating to clear your lines.

Snaking

Professional drain snaking uses a flexible auger cable to break up blockages and pull out clogs, such as grease, hair, or soap scum. Snaking helps break up clogs that a plunger can’t reach.

Hydro jetting

Hydro jetting uses highly pressurized water jets to scour the inside of pipes and clear blockages, including stubborn grease, mineral scale, and tree root intrusion. Hydro jetting also flushes debris that snaking might leave behind, for an extra thorough clean.

Sewer camera inspections

Plumbers can run a high-resolution waterproof camera down your drain line to pinpoint damage or clogs in real time. Sewer camera inspections are used to determine the condition of pipes and the location of clogs, so there’s no guesswork involved.

Contact Us

G&G Heating offers sewer camera inspections, hydro jetting, and drain snaking services to homeowners in Olympia and Tumwater, WA. If you are dealing with recurring drain clogs at home—don’t wait—give us a call at (360) 499-6604 or book online!

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A new AC system is a significant investment that requires careful consideration. It's important to understand that choosing the right system involves more than just comparing equipment prices. There are a handful of questions you should ask about system size, efficiency, installation, cost, and long-term performance to ensure you buy a new AC unit that’s ideal for your home.

In this guide, we’ll highlight the top questions to ask before buying a brand new air conditioner. Read on for the factors you should consider beyond the price tag.

Do I Really Need a New AC System?

You should evaluate whether you actually need a new air conditioner before making the investment. This means considering the system’s age, repair history, efficiency, and overall condition. Is the AC unit over 10-15 years old? If so, it may have lost efficiency, and your home could benefit from a modern system.

You may need to replace your AC if it has frequent breakdowns resulting in costly repairs, or if your energy costs have risen steadily and cooling performance has declined. On the other hand, if your AC is under 10 years old and works efficiently, you can probably wait a few years before replacement becomes necessary.

What Size AC System Does My Home Need?

Proper sizing is critical when purchasing a brand new AC unit. The wrong sized unit can cause major issues and shorten the lifespan of your system.

For example, an oversized system may short cycle and provide inadequate humidity control, making indoor air feel damp or sticky. An undersized AC may run constantly and still struggle to cool your home effectively. Undersized systems drive up energy costs and experience strain that can prematurely wear internal components.

That’s why a professional load calculation is essential. Ask the HVAC contractor whether they will perform a load calculation to ensure you get the right size of AC. They should assess your home’s square footage, ceiling heights, window and door placement, climate, and number of occupants.

What Efficiency Rating Should I Choose?

Air conditioner efficiency is rated by Seasonal Energy Efficiency Ratio (SEER). SEER ratings range from the legal minimum of 13.4 to 14 up to 26 to 30+ for top-efficiency systems. SEER ratings are calculated by dividing the AC’s total cooling output throughout a season by the total amount of electricity it consumes.

SEER2 is an updated rating system introduced by the U.S. Department of Energy. It uses stricter testing standards to provide more accurate reflection of real-world efficiency.

Most homeowners opt for a mid-range efficiency rating of 15 to 16 SEER2. Air conditioners with this rating provide energy savings and long-term efficiency in most climates without an unreasonable price tag.

What Type of AC System Is Best for My Home?

There are several types of AC systems to consider, including central air conditioning, heat pumps, and ductless mini splits.

Central AC is best for larger homes with existing ductwork and provides whole-home cooling from a single thermostat. A heat pump is ideal for mild climates that need moderate cooling during summer and cost-effective winter heating. A heat pump eliminates the need to buy and maintain a separate furnace and AC systems. A ductless mini split AC is a great option for homes without existing ductwork or homeowners looking for targeted zone controls.

Will the New AC System Improve Home Comfort?

A new AC system can help improve airflow, reduce uneven temperature issues, and offer energy savings. If you find that you’re uncomfortable at home even when the AC is running, you may need a brand new air conditioner.

How Long Will Installation Take?

Professional air conditioner installation typically can be completed in a single day. If your home has compatible existing ductwork and working electrical lines, the swap may take as little as four to six hours. If new ductwork is needed, that can extend installation time by two to five days.

Why Should I Have a Professional Do the Installation?

You should always have a professional install your new AC system to reap the benefits below:

• Proper sizing: A professional HVAC technician will assess your home cooling needs to ensure you get the right sized AC installed to promote long-lasting efficiency.
• Energy savings: Professionally installed ACs are correctly calibrated to offer energy efficiency and lower your utility bills.
• Electrical safety: Installing an AC unit requires electrical wiring that should only be performed by a licensed professional.
• Manufacturer warranty requirements: Most manufacturer warranties require documented installation by a professional to validate the parts and labor warranties.
• Permits and code compliance: HVAC professionals handle permitting and ensure code compliance with building codes and passed inspections.

How Long Should the New AC System Last?

A new AC system will generally last between 15 to 20 years with proper maintenance. Routine inspections and seasonal tune-ups are crucial to extending the lifespan of your AC unit.

What’s Involved with the Installation?

At G&G Heating and Air Conditioning, we offer a straightforward AC installation process.

1. In-home consultation and sizing: One of our HVAC technicians will visit your home to conduct load calculations for sizing your new AC unit. We’ll also provide guidance on the type of AC you should invest in.
2. AC unit selection: Our team helps you evaluate your options and choose the best AC for your needs.
3. Professional installation: Our HVAC technicians precisely install your new AC ensuring it is calibrated for maximum efficiency. We will also remove your old unit and properly dispose of it.
4. Final testing and walkthrough: We’ll conduct final tests to make sure the AC functions correctly and walk you through the controls.

Contact G&G Heating Today

If you’re in Olympia, WA or a surrounding area, G&G Heating and Air Conditioning can help you invest in a new AC system that serves your household. We offer professional installation and replacement services for homeowners. From system sizing to calibrating your thermostat, we work with you every step of the way.

Call us at (360) 499-6604 for new AC installation and ongoing air conditioning services, such as maintenance and repairs.

Schedule Online(360) 499-6604

An effective cooling system is critical to home comfort and safety during the warmer months of the year. Central air conditioning and ductless mini-split systems are two popular options for cooling your home. How do you know which option is the right choice for your home?

The best option depends on factors such as your home’s layout, existing ductwork, cooling needs, budget, and comfort preferences. We’ll review how each of these systems works and share the key differences you should consider when investing in a new cooling system.

How Central Air Conditioning Works

A central AC system cools air through a central indoor unit and distributes it throughout a home via the ductwork. It takes air from outside, cools it, then pushes it into each room using a network of ducts and vents.

The outdoor condenser houses the compressor, which pressurizes refrigerant, and sends it to the outdoor coil to cool the air. The refrigerant moves through the outdoor coil, and a fan blows outdoor air across it, releasing heat and cooling the refrigerant which then moves inside.

The indoor evaporator coil is what actually cools the air. The cooled refrigerant flows into the indoor evaporator coil and absorbs the heat from the air passing over it. While absorbing the heat, the refrigerant evaporates back into gas and cycles back to the condenser to repeat the cycle.

The blower pulls warm air from inside the home across the evaporator coil to cool it and then pushes it through the ductwork to distribute the cool air out of the supply vents. Simultaneously, return vents circulate warm air back to the system.

A thermostat monitors the indoor temperature and compares it to the set target temperature. Once the room gets warmer than the target, it signals to the AC to start a cooling cycle. It will shut the AC off once the target temperature is reached.

How Ductless Mini-Splits Work

A ductless mini-split system is comprised of an outdoor compressor/condenser unit and one or more indoor air-handling units. The outdoor and indoor equipment is connected by a small conduit that houses the refrigerant lines, power cable, and condensate drain that runs through a narrow hole drilled in the wall. This means the system doesn’t require ductwork. Indoor units are generally mounted high on the wall and circulate cool air directly into a room.

Each indoor air-handling unit operates independently with its own thermostat and remote. The same outdoor compressor can serve one room that’s set to a higher temperature and one that’s set to a lower temperature. Each zone is controlled separately, which allows you to tailor your comfort based on how frequently spaces are used.

Ductless mini-splits are beneficial for homes without existing ductwork because they’re a faster, less invasive option.

Central AC vs. Ductless Mini-Splits: Key Differences

Both central AC and ductless mini-split systems can effectively cool a home, but they differ in installation, flexibility, and efficiency.

Installation

You must have ductwork for central air conditioning to be installed, and retrofitting a home with ductwork can be costly. Ductless mini-splits skip ductwork altogether and use a small wall conduit to connect the outdoor and indoor units. Installation for ductless mini-splits is much less invasive, especially for older homes or additions.

Zoning and flexibility

With central AC, you typically have a single thermostat that controls the whole-home temperature, though some setups include zoning dampers. Mini-splits offer custom zoning since each indoor unit runs independently. Different rooms can be set to different temperatures, giving you extreme flexibility not found with central AC.

Efficiency

Some of the cool air that travels through ductwork is often lost due to leaks, gaps, or poor insulation before it reaches a room. With a ductless mini-split, air is delivered directly to the room from the indoor unit, which makes this type of system more cost-effective overall.

Advantages of Central AC

For larger homes with existing ductwork, central AC is often a great choice for homeowners because it provides even cooling throughout the house. Central AC uses a single system that is low-maintenance and highly convenient.

Additionally, indoor air conditioner equipment stays out of sight, keeping walls and ceilings free. Since central AC systems have been around much longer than ductless mini-splits, parts, service, and expertise are widely available.

• Even, whole-home cooling
• Low maintenance single system
• Less visible equipment
• Parts and service widely available

Advantages of Ductless Mini-Splits

Ductless mini-split ACs offer a level of flexibility that central AC lacks. With each indoor unit operating independently, users can cool only the rooms in use, saving money on electricity and cutting energy waste in empty spaces.

Installation is generally quick and minimally invasive since there is no need for ductwork. Ductless mini-splits are an excellent option for older homes without existing ductwork or homes with additions. They’re also often more energy efficient than central AC that loses cool air through leaks or gaps in ducts.

Lastly, each zone has its own controls which is ideal for homes with rooms that need different temperature settings, such as a sunroom that stays warm and a basement that stays cool.

• Flexibility and enhanced controls
• Targeted cooling with less energy waste
• Quick and minimally invasive installation
• Save on energy costs
• Zone cooling for different spaces

Which System is Better for Your Home?

The system you choose depends on your home’s layout, ductwork, and cooling needs. If your home has existing ductwork that’s in good shape, central AC might be the better option. Central AC offers even, whole-home cooling that’s low maintenance and convenient. Central AC is also more affordable as long as you have existing ductwork in place.

If you’ve recently added an addition or have diverse cooling needs in different areas of the home, a ductless mini-split system is your best bet. Ductless mini-splits are highly flexible and offer targeted zone cooling. A ductless system can be more budget-friendly than having new ductwork installed for central AC.

Contact Us

G&G Heating and Air Conditioning provides central AC and ductless mini-split installation in Olympia and Tumwater, WA. Whether you’re looking at getting central AC or investing in a ductless mini-split, our experts offer fast and reliable air conditioner services.

Call us at (360) 499-6604 for a new AC installation or schedule an appointment online!

Schedule Online(360) 499-6604

Keeping your drains and sewer lines clear is essential to maintaining the health of your plumbing system. Drain clogs and blockages are commonly caused by the buildup of soap scum, food scraps, grease, hair, or tree root intrusion.

When blockages occur, you may consider traditional drain cleaning or hydro jetting. Both of these methods help clear clogs, but which one is better? We’re going to highlight the differences, benefits, and drawbacks of traditional drain cleaning vs. hydro jetting.

Understanding Drain Cleaning Methods

What Is Traditional Drain Cleaning?

Traditional drain cleaning refers to the use of drain snakes and augers to clear blockages from drains. This method has been used for decades to clean drains because it is effective and affordable for everyday clogs.

Drain snaking uses a long, flexible metal cable that moves through a pipe and hooks onto clogs to pull them out or break them apart, so wastewater can flow freely. Traditional drain cleaning is often used first for common household clogs from hair, grease, soap scum, or food scraps.

What Is Hydro Jetting?

Hydro jetting is an advanced high-pressure water cleaning technology used to clean pipes. Instead of using mechanical tools, hydro jetting relies on highly pressurized water (often reaching up to 4,000 PSI) to blast away clogs and debris buildup.

Hydro jetting uses a specialized nozzle that sprays water in all directions to clean the interior walls of a pipe. Water flushes the entire diameter of the pipe, which clears clogs and washes away residue on pipe walls. This method is particularly useful for tree root intrusion, mineral scale, and sludge removal.

How Traditional Drain Cleaning Works

Traditional drain cleaning methods, like snaking and augering can work well for small household clogs.

Best Uses for Traditional Drain Cleaning

When is traditional drain cleaning the better option?

• Minor clogs
• Localized blockages
• Routine drain issues

Advantages of Traditional Drain Cleaning

Traditional drain cleaning offers several advantages, including:

• Quick service for simple clogs
• Lower upfront cost
• Effective for many household drain problems

Limitations of Traditional Drain Cleaning

The drawbacks of traditional drain cleaning include:

• May leave residue on pipe walls
• Doesn’t fully remove grease buildup
• Root intrusion may return more quickly

How Hydro Jetting Works

Hydro jetting is a highly effective method for removing stubborn clogs and blockages from your plumbing system.

High-Pressure Water Technology

In professional hydro jetting, trained technicians may use highly pressurized water up to 4,000 PSI to clean the full interior pipe diameter.

Best Uses for Hydro Jetting

When should you choose hydro jetting?

• Severe or recurring clogs
• Grease-heavy buildup
• Pipes affected by tree root intrusion

Advantages of Hydro Jetting

The advantages of hydro jetting include:

• Thorough, full-diameter pipe cleaning
• Removes grease, scale, and debris fully
• Longer-lasting results with fewer repeat visits

Limitations of Hydro Jetting

There are a few drawbacks of hydro jetting, including:

• Higher upfront cost
• Not ideal for older or fragile pipes
• May require a professional inspection first to confirm pipe condition

Comparing Traditional Drain Cleaning and Hydro Jetting

Let’s take a look at how traditional drain cleaning and hydro jetting compare.

Cleaning Effectiveness

Traditional drain cleaning offers service clog removal while hydro jetting is best for full-pipe cleaning. Both methods can be effective in removing clogs, but hydro jetting provides long-term results.

Cost Considerations

Traditional drain cleaning offers lower upfront costs. Snaking or augering typically runs less per visit than hydro jetting, making it a good choice for a minor, one-off clog. Snaking is a budget-friendly option for isolated blockages.

However, the lower upfront cost can add up over time since traditional drain cleaning may require frequent visits. Homeowners with recurring issues may end up paying for multiple service visits while hydro jetting reduces the need for repeat visits.

Speed of Service

Snaking is generally the faster solution for minor clogs, as it takes about 30 minutes to an hour. Hydro jetting can take more than an hour, since it involves flushing the entire pipe.

Snaking is a straightforward process that requires minimal setup. Hydro jetting requires specialized equipment, pressure calibration, and sometimes a camera inspection beforehand.

Impact on Pipe Condition

Aging or fragile pipes may not hold up well under the pressure of hydro jetting, making traditional drain cleaning methods preferred. Newer durable pipes, like those made of PVC, can typically handle hydro jetting just fine.

Since pipe condition and material make an impact on which method is better, it’s important to get a professional evaluation to determine which method should be used. A plumber should inspect your pipes before you commit to hydro jetting.

Common Drain Problems and Recommended Solutions

Here’s a breakdown of the most common drain problems and which solution is recommended.

Grease Buildup

For grease buildup, hydro jetting is often the best solution. This is because grease tends to coat the entire interior of pipes instead of forming a single blockage. Traditional drain snaking might only punch a hole through the center of the clog, but leave greasy residue along the walls

Hair and Soap Scum Clogs

For hair and soap scum clogs, traditional drain snaking may be an effective choice. In bathroom sinks, tubs, and showers, clogs often form in a concentrated area near the drain. A snake can hook onto the clog and pull it free without the need for high-pressure equipment.

Tree Root Intrusion

Hydro jetting is the ideal option for tree root intrusion. Specialized nozzles can shred roots that have grown into the pipe, and the pressurized water can flush out debris. Hydro jetting addresses the roots within the pipe but doesn’t fix the cracks that let them in. A follow-up repair or pipe inspection is a good idea to prevent roots from returning.

Repeated Drain Backups

If you have repeated drain backups, snaking and augering might not be working well enough. In these cases, hydro jetting offers more comprehensive pipe cleaning to minimize the need for repeat visits.

When a Camera Inspection May Be Needed

Sometimes a camera inspection is required for drain cleaning.

Identifying Pipe Damage

If you suspect your pipe may be damaged, you should get a camera inspection. The inspection will help a plumber determine if there are cracks, corrosion, or collapsed sections of pipe.

Determining the Best Cleaning Method

Camera inspections can also be used to evaluate blockage severity to determine which cleaning method should be used. Camera inspections help protect older plumbing systems by evaluating the condition of the pipes and suitability for hydro jetting.

Verifying Cleaning Results

Once the drain cleaning process has been completed, a plumber may use a drain camera for a post-cleaning inspection. A post-cleaning inspection ensures that the blockage has been cleared completely.

Signs Your Drain May Need Hydro Jetting

Here are the top signs your drain may benefit from hydro jetting services:

• Frequent clogs
• Multiple slow drains
• Sewer odors
• Recurring backups
• Commercial kitchen or heavy-use plumbing systems

Signs Traditional Drain Cleaning May Be Sufficient

You may be able to get away with using traditional drain cleaning methods for:

• Isolated drain clogs
• Minor blockages
• First-time drain issues
• Simple fixture-specific problems

Benefits of Professional Drain Cleaning Services

Professional drain cleaning services are ideal for keeping your pipes free and clear of clogs.

Accurate Diagnosis

Professional plumbers can identify the root cause of the problem using a video camera inspection.

Safe and Effective Solutions

Licensed professionals will clean your pipes thoroughly while avoiding pipe damage. They understand how to use drain cleaning equipment properly to prevent further issues.

Long-Term Drain Health

Professional drain cleaners can make preventative maintenance recommendations for homes with frequent clogs. Instead of relying on DIY methods and harsh chemicals, professional drain cleaning reduces the risk of future emergencies.

Contact Us

G&G Heating and Air Conditioning offer professional drain cleaning and hydro jetting services in Olympia and Tumwater, WA. If you have a clogged drain, contact us for prompt and effective drain cleaning. We’ll have wastewater flowing normally in no time.

Call us at (360) 499-6604 or book an appointment online!

Schedule Online(360) 499-6604

A reliable air conditioning system is crucial for home comfort, especially during summer. In the warmer months, you’ll want to keep your AC running efficiently to ensure safety and comfort while conserving energy. How do you keep your air conditioner running constantly all summer long?

We’re going to share some air conditioner maintenance tips to help prevent AC breakdowns and promote efficiency. Read on for a guide to better cooling system performance to learn how preventative maintenance leads to energy cost savings.

Keep Air Filters Clean

The first AC maintenance tip is to prioritize keeping air filters clean. Dirty air filters quickly restrict airflow, decreasing your air conditioner’s efficiency and leading to increased energy use. If you have pets, smoke, or see lots of foot traffic, your home air filters may get clogged quickly.

It’s recommended to change your air filters every 30 to 90 days, depending on the type of filter you purchase. Standard one-inch filters should be changed every 30 to 90 days, while four or five-inch filters can last over six months.

Clean air filters support better indoor air quality by trapping contaminants and airborne particles instead of circulating them around your home. Additionally, clean filters help improve airflow and reduce system strain which can extend the lifespan of your AC system.

Clean Outdoor Unit

Your outdoor unit can quickly be overtaken by vegetation and blocked by debris. It’s important to regularly remove debris from the base of your outdoor unit and trim back vegetation that may encroach.

Cleaning around your outdoor AC unit helps ensure proper airflow, which improves cooling efficiency and reduces compressor strain.

Upgrade to Programmable Thermostat

The next step you can take to help your AC run more efficiently is to upgrade your thermostat. A programmable smart thermostat offers better temperature control. It also reduces unnecessary cooling with accurate temperature readings.

Programmable thermostats also often offer energy-saving schedule options for your daily routine or time away. Smart thermostats can learn your temperature preferences to automatically cool your home how you like.

For the highest energy efficiency, it’s recommended to set your thermostat to 78 degrees Fahrenheit during summer. It is the best setting for a balance between comfort and reduced energy bills.

Keep Vents Open

Another tip for AC efficiency is to pay attention to your air vents. Blocked air vents reduce airflow and result in higher indoor temperatures and uneven cooling. Furniture and rugs often obstruct vents, preventing the proper circulation of cool air.

It’s important to have clear air vents to promote balanced airflow and increased comfort at home. Proper ventilation helps keep humidity under control and reduces strain on your AC, extending its lifespan. Avoid closing too many vents to support balanced cooling.

Schedule Professional AC Maintenance

If you’re a homeowner in Olympia or Tumwater, WA, give G&G Heating and Air Conditioning a call at (360) 499-6604 for an annual tune-up. AC tune-ups and professional inspections help technicians catch small issues early.

When small issues are caught early, they can be fixed before they spiral into more costly repair needs. Tune-ups also improve overall system performance and help extend your system’s lifespan.

What Does Professional Maintenance Include?

At G&G Heating and Air Conditioning, routine AC maintenance includes:

• Coil cleaning
• Refrigerant checks
• Electrical inspections
• Thermostat calibration
• Checking for leaks
• And more!

Contact Us

Keep your AC running efficiently by getting a professional inspection. Our skilled HVAC technicians specialize in AC repair and maintenance for homes in Washington. Schedule an annual AC tune-up today. Call us at (360) 499-6604 or schedule online.

Schedule Online(360) 499-6604

Air conditioners are essential to maintain safe and comfortable indoor temperatures throughout the warmer months. It’s important to understand the AC installation process beforehand so you can prepare for the visit.

If you have never gotten a new air conditioner installed before, you may be curious about the process. We’re going to share why you need a properly installed air conditioning system and signs it’s time for a replacement and outline the installation process step by step.

Signs It's Time for a New Air Conditioner

How do you know you need a new air conditioner? There are several signs that you might need to invest in a new AC, including:

Frequent Repairs

Frequent and increasingly costly repairs signal that it may be time to replace your AC. Getting a modern AC unit installed can often be more cost-effective than making frequent repairs to extend the life of an aging system.

Rising Energy Bills

If you notice that your monthly energy costs have steadily risen, it indicates that your AC system has lost efficiency and requires more energy to meet cooling demands. Installing a new AC system will help reduce energy costs.

Uneven Cooling Throughout the Home

Uneven cooling signals that your AC is struggling to properly distribute cool air throughout your home. If you notice hot spots, it typically means your AC no longer can keep up with your home’s cooling demands.

System Age

If your AC is older than 10-12 years, it’s likely time for a new one. Once your AC reaches this age, it doesn’t typically have too much life left in it, and repairs only delay the inevitable system failure.

The Initial In-Home Assessment

Once you call a professional heating and cooling company like G&G Heating and Air Conditioning, an initial in-home assessment occurs.

Evaluating Your Existing System

HVAC professionals will evaluate your existing system to ensure it is time to replace it. They will inspect both indoor and outdoor components for signs of strain, age, and damage. They will also identify any ductwork concerns before installation day.

Calculating Cooling Requirements

Next, the HVAC technicians will assess your home size and layout to calculate cooling requirements when sizing for a new AC. Additionally, they will consider insulation levels, window placement, and sun exposure to choose the right size.

Equipment Recommendations

Then, they will help you select the right size AC for your home, sharing the top options available to you. They will explain energy efficiency ratings, such as SEER2, and discuss the available features and options. Ultimately, it is your decision which AC model you choose.

Preparing for Installation Day

After the initial assessment, you’ll prepare for your new AC installation.

Scheduling the Appointment

Once you’ve selected the equipment, you can schedule the installation appointment. Most standard AC installations can be completed in a single day. However, if ductwork modifications are required, the timeline can be extended slightly.

Before the appointment, arrange to be home for the duration of the job and take note of any questions or concerns you may have for the HVAC technicians.

Clearing Access Areas

It’s critical to clear the areas where the HVAC technicians will work to install the new AC. You should remove furniture or personal belongings near the air handler, utility closet, or wherever your indoor unit is located.

Outside, clear the area around your condenser pad of any debris or vegetation. This helps the HVAC technicians work safely and efficiently.

Protecting Your Home

A professional HVAC company will take steps to protect your home during the AC installation process. Technicians will generally lay down floor coverings to prevent scuffs, scratches, or dirt from getting on your floors. You can expect your home to be clean when the job is complete.

Removing the Old Air Conditioning System

On installation day, the HVAC technicians will remove your old air conditioner before installing the new unit.

Safe Equipment Removal

Before the new system is installed, HVAC technicians will carefully disconnect and remove the old unit. Certified technicians will recover any remaining refrigerant from the system and then disconnect the electrical connections, refrigerant lines, and other components.

Disposal and Recycling

Once the system has been removed, the HVAC company will dispose of the old AC responsibly. Metal components are typically recycled, and reputable HVAC companies typically haul away the old equipment.

Installing the New AC System

Now that the old AC has been removed, it’s time to install the new system.

Installing the Indoor Components

HVAC technicians will start by installing the new indoor air handler or evaporator coil. Then they will properly position the unit to ensure adequate airflow and clearance for future maintenance access. The system will then be connected to your existing ductwork.

Installing the Outdoor Condenser Unit

The outdoor condenser unit is then installed on a concrete pad outside your home. Technicians will check to make sure the unit is balanced and has clearance on all sides for proper airflow. The condenser is secured and leveled before connections are made.

Refrigerant Line Connections

Once the indoor and outdoor units are in place, the HVAC technicians will connect the refrigerant lines. Refrigerant lines will be routed, insulated, and secured to protect them from any damage. Lines will be tested for leaks before they are charged with refrigerant.

Electrical System Connections

Then, your new AC will be connected to your electrical supply. The HVAC technicians will handle making connections at the air handler and condenser unit. They will also verify that your electrical panel can support the new system.

Ductwork Inspection and Modifications

Sometimes, your home’s ductwork may need modifications to support your new AC system.

Checking Existing Ductwork

HVAC technicians will inspect your existing ductwork to make sure it is compatible with your new AC and doesn't show signs of damage. They will check for signs of leaks, disconnected sections, inadequate insulation, and airflow restrictions. These issues reduce performance and may require modifications or repairs.

Recommended Improvements

If they notice any issues, the HVAC technicians will recommend improvements before your new AC is in service. Common recommendations include sealing leaky joints, repairing damaged sections, adding insulation, or resizing ducts. Addressing ductwork issues helps your AC run efficiently from day one.

Thermostat Installation and Setup

Next, the technicians will connect your thermostat and show you how to use it. They will mount and wire your new thermostat, if needed, and connect it to your new AC system. They will walk you through the basic controls and settings to ensure you know how to operate it.

System Testing and Performance Verification

After the system has been installed and the thermostat is set up, the HVAC technicians will run a few tests to ensure reliable operation.

Refrigerant Charge Testing

The HVAC professionals will verify that the refrigerant charge is at the level specified by the manufacturer. When refrigerant levels are too high or too low, they can impact efficiency, strain the compressor, and shorten the system’s lifespan.

Airflow and Temperature Checks

Next, the technicians will test for proper airflow and measure temperature output to confirm that the AC is performing as expected. They will check to ensure supply and return vents are open and make any adjustments to optimize airflow.

Safety Inspections

The HVAC technicians will complete a final safety inspection to verify electrical connections are secure, confirm refrigerant lines aren’t leaking, check that the condensate drain is flowing properly, and the system is operating safely.

Final Walkthrough with the Homeowner

Lastly, the HVAC crew will conduct a final walkthrough, so you understand how to operate your newly installed air conditioning system.

Operating Instructions

They will provide thermostat operating instructions and troubleshooting tips. Also, HVAC technicians will offer air filter replacement guidance for optimal efficiency.

Maintenance Recommendations

The HVAC professionals will also outline the recommended air conditioner maintenance schedule for your new system. They will share the importance of seasonal tune-ups and keeping outdoor units clean.

Warranty Information

Finally, they will share the warranty information on your new AC and explain how to file a claim.

How Long Does AC Installation Take?

AC installation generally only takes one day to complete. If ductwork modifications are required, the timeline may extend by a couple of days. At G&G Heating and Air Conditioning, we will provide a transparent time estimate for your new AC installation.

Contact Us

If you are interested in getting a new AC installed at your home, contact us at (360) 499-6604 today. We’re the experts in air conditioners and provide high-quality installation services in Olympia and Tumwater, WA.

Call us today or book online!

Schedule Online(360) 499-6604

Power outages can cause huge headaches and safety concerns for homeowners in Washington. From spoiled food to productivity interruptions, power outages are highly disruptive, especially those that last multiple days.

Are you considering installing a generator for your home? We’re going to highlight the top benefits of whole-home generators and why they’re worth installing. Read on to learn about why many homeowners in Washington invest in whole-home generators.

What Is a Whole-Home Generator?

A whole-home generator is a permanently installed backup power source offering automatic electricity when the power goes out. Whole-home generators are sized to power your entire home when the utility grid fails.

A whole-home generator operates on a propane tank or is connected to your home’s natural gas line. It uses an automatic transfer switch to seamlessly transition power from the grid to your standby generator. It can operate for several days or even weeks at a time for extended outages.

What Are the Top Benefits of Installing a Generator?

Why install a standby generator? There are plenty of benefits associated with whole-home generators for those who experience frequent outages, including:

Automatic power during outages

Perhaps the top benefit of a whole-home generator is the automatic transfer of power from the utility grid to the backup power source. Unlike portable generators, you don’t need to manually start the generator or plug your appliances in.

Whole-home generators are directly connected to your electrical panel and use the automatic transfer switch to kick on when needed.

Powers whole home

Whole-home generators typically range from 8,000 to 22,000 watts of power output, meaning they can power your entire home. With a whole-home generator, you don’t have to worry about prioritizing only essential loads.

You can continue living normally even when the power grid is out. This means you can run your HVAC, refrigerators, lighting, and other appliances simultaneously.

Protects against issues

Whole-home generators also protect against common issues, such as frozen pipes and food spoilage.

With a whole-home generator, you can ensure you have safe food by keeping the refrigerator and freezer running. Food spoilage is a huge issue for homes without generators and can cause costly food waste.

Also, you won’t have to worry about frozen pipes during winter storms because you can keep your heat on.

Increased security during outages

Another benefit of installing a whole-home generator is increased security. Typically, during power outages, your home is dark, and security systems go offline. This makes your home more susceptible to break-ins. A standby generator enables your security system, cameras, and power locks to stay online and functional.

Improved home value

Did you know a whole-home generator can increase your home’s value by 3% to 5%? Many homebuyers view a home with a standby generator as more valuable and appealing.

This is because whole-home generators protect a home from damage and high appliance replacement costs. If you’re considering selling your home down the road, investing in a whole-home generator can provide a high ROI.

Uninterrupted productivity

If you work from home, electricity is essential to your productivity. Keep the Wi-Fi on with uninterrupted power during outages. Whole-home generators enable remote workers to continue on with their day like nothing happened. Backup power prevents you from needing to take PTO for power outages and keeps your productivity flowing, so you don’t get behind on work.

Protects medical equipment

Generators ensure that you can still use critical medical equipment like CPAPs, oxygen concentrators, ventilators, and refrigerated medications during power outages. Reliable backup power can be a literal lifesaver for those with medical needs.

Whole-home generators keep medical equipment running without interruption and protect refrigerated medication from degradation.

Why Get Your System Professional Installed?

Whole-home generators must be professionally installed by a licensed generator technician. First and foremost, professional installation ensures correct sizing for your power demands. A technician will conduct thorough electrical load calculations to determine what size of generator you need.

Additionally, a professional generator tech will make sure that the generator is installed safely. They will ensure proper electrical connections, test for proper operation, and stay compliant with local codes. Working with a professional is one of the best ways to protect your investment and ensure correct installation.

Contact Us for Generator Services

If you live in Olympia, WA or the surrounding areas, G&G Heating and Air Conditioning can safely install a whole-home generator on your property. Our technicians specialize in whole-home generator installation and maintenance. Be prepared for outages by getting a standby generator for your backup power needs.

If you need local generator services, give us a call at (360) 499-6604 or schedule online.

Schedule Online(360) 499-6604