Author: zeeshan@advantage-services.com

On an intuitive level, it can feel like closing vents will save you money. In reality, this decision can create more problems than it solves. If your home has a central heating, ventilation, and air conditioning (HVAC) system, closing vents will likely cause more damage and higher energy costs than leaving them open.

Why People Close Air Vents in Unused Rooms

As a homeowner, it feels wasteful to heat and cool rooms you don’t use. It feels logical to shut vents to stop conditioned air from reaching your guest rooms or spare bedrooms. While this might seem like a DIY solution to high energy costs, it could end up costing you more money in repairs and energy expenses in the long run.

The Myth Behind Closing Your Vents

The biggest reason closing your vents doesn’t help is that it doesn’t impact how much air your HVAC system produces. Residential HVAC systems are made to produce and move a set amount of air. If you block the vents, all that happens is you change the air pressure inside the ductwork. The actual workload remains the same.

Does Closing Air Vents in Unused Rooms Save Energy?

In most instances, closing air vents won’t save you energy. The unit will likely run for the same amount of time. Because of the closed vents and resulting air pressure increase, the HVAC system may even have to work harder. As air pressure in your ductwork rises, duct leakage becomes a bigger problem.

The only way to reduce the air sent to unused rooms is if you have zoning or variable-speed equipment. With variable-speed units, the amount of conditioned air can drop. This causes less strain on your system’s components. Similarly, HVAC zoning lets you control each zone with its own thermostat, which allows you to reduce energy consumption without shutting any vents.

Does Closing Vents Redirect Air in Your Home?

Closing vents might cause air to move somewhere else, but it won’t be in a controlled fashion. Instead, you’ll end up with an uneven distribution of conditioned air reaching each room. Often, the rooms that are the farthest from the system will feel the least comfortable. Instead of trying to redirect air with closed vents, we recommend scheduling professional airflow balancing instead.

What Does Closing Air Vents Actually Do?

When you close air vents, you increase static pressure throughout the duct system and restrict airflow where the vents are closed. Unfortunately, this doesn’t mean that the air ends up evenly distributed everywhere else. Instead, each room is cooled or heated unevenly. Over time, closed vents can result in poor energy efficiency, declining comfort levels, and worse equipment performance.

Static Pressure in Your Air Vents

Static pressure is the pressure the blower must overcome as air moves through the duct system. When you close vents, the pressure increases because there are fewer places for the air to go. This pressure causes added strain on the ductwork and blower motor, eventually resulting in premature breakdowns

Problems That Result From Static Pressure in Your Air Vents

If the static pressure in your system is too high, it can lead to a few common issues.

• Reduced System Efficiency: Your system must work harder to condition your home, leading to reduced energy efficiency and poor HVAC performance.
• Hot and Cold Spots: The air is redirected unevenly, so even your conditioned rooms will end up with uneven temperatures.
• Noisy Vents or Ducts: Due to the increased pressure straining the ducts, the ductwork may produce creaking and groaning noises.
• Increased Duct Leakage: As the pressure rises, the air needs to go somewhere. While most of the air will come out of a different vent, the increased pressure can lead to more air coming out of duct leaks.
• Frozen AC Coils: Poor airflow can reduce the amount of heat absorbed by the evaporator coil, causing the coil to freeze.
• Overheated Furnace: Similarly, poor airflow can lead to the furnace overheating. This can trigger a safety shutdown.
• Wear on Components: Because the HVAC system has to work harder to maintain the same temperature, it can lead to extra wear on blower motors and HVAC parts. 

Should You Close Vents in Summer or Winter?

The same essential rule applies year-round. You should never fully close multiple vents unless specifically told to do so by an HVAC professional. Closed vents in the summer can decrease airflow over the coil, resulting in freezing and poor performance. In the winter, it can trap heat in your system and cause overheating.

What To Do Instead of Closing Vents

Rather than closing your vents, we recommend using the following steps instead.

• Keep the majority of your vents open. Make sure they aren’t blocked by furniture or curtains.
• Use a programmable or smart thermostat to set a comfortable temperature in your home.
• Replace your air filter every 30 to 90 days. During periods of peak usage, it should be replaced more often.
• Seal leaky air ducts.
• Call our team to have your airflow professionally balanced. 
• Schedule a tune-up before the peak heating or cooling season arrives.

If your home has persistent comfort issues, book an evaluation with our team. We can set up zoning in your home so that each area can have its own comfort settings.

Tips for Keeping Your Home Comfortable and Reducing Energy Bills

If you want to maximize your home’s comfort and energy efficiency, the following best practices can help.

• Use ceiling fans correctly for the time of year. Your fan should spin counterclockwise in the summer to push the air down and ensure a cool breeze. In the winter, they should spin clockwise to circulate heat without making a draft.
• Prevent heat from entering your home by closing your curtains and blinds on hot summer afternoons.
• Try to leave your interior doors open so that air can circulate.
• Keep furniture, curtains, and other items from blocking the supply and return vents.
• If some rooms are consistently uncomfortable, you may need to upgrade the insulation.

Optimize Your HVAC Airflow and Performance

While closing air vents in unused areas may seem like it would improve your energy efficiency, it often results in increased pressure, strained components, and premature repairs. For the best balance of comfort and efficiency, homeowners in the Bandon area should optimize their ductwork, airflow, and thermostat settings.

Reach out to Alpha Heating & Air for your next ductwork inspection, routine maintenance, or airflow balancing.

During severe coastal storms in Oregon, high winds can increase the likelihood of power outages. This causes fluctuations in power that can damage your heating, ventilation, and air conditioning (HVAC) system. By preparing in advance and knowing common signs of a problem, you can prevent additional damage.

What Happens to Your HVAC During a Power Outage

As soon as the power goes out, your HVAC system will stop functioning. However, this isn’t what causes the actual damage. When power is restored, the resulting power surge and voltage spikes can harm the sensitive components in your HVAC system.

Once the shutdown occurs, all of the HVAC system’s functions are cut off. The refrigerant that was running through your heat pump or AC lines is still present, but it’s trapped under high pressure. If the power is restored suddenly, it can result in the compressor stalling or overheating. Additionally, the power can end up damaging electrical components, like the thermostat or the control board.

Possible Reasons Why Your HVAC Stopped Working After a Power Outage

If your HVAC system stops working following a power outage, a few different problems may be at fault.

Tripped Breakers

Normally, the breaker panel is set up so that the indoor and outdoor HVAC units are on different breakers that deliver power to your indoor and outdoor units. When both breakers trip, your HVAC won’t get the power it needs to run. If only the outdoor AC unit’s breaker trips, you’ll feel warm air coming from your vents.

You can check for this issue by inspecting the breaker panel and resetting tripped breakers. If the breaker immediately trips again, don’t keep resetting it. Repeated trips indicate an underlying electrical issue that needs to be repaired.

Safety Lockout

Many air conditioners have special safety lockouts that protect the unit from power surges. This lockout keeps the AC from turning on again for 30 minutes after power is restored. By doing so, it can prevent the condenser from restarting too quickly and damaging your AC. Once this lockout is complete, the system should turn on again.

Damaged Capacitor 

Capacitors are responsible for starting up the unit’s compressor. If the power surge causes the capacitor to blow, it won’t be able to start your system. Because of the voltage involved, you should never address this issue on your own. Instead, always schedule professional repairs if you think the capacitor may be at fault.

Thermostat Malfunction

Sensitive electronics like thermostats can become damaged by power fluctuations. The electricity can also scramble your settings, so you may need to reset the thermostat before your HVAC system will switch on again.

Faulty Compressor 

A power surge can sometimes cause the compressor to fail. If this occurs, the compressor won’t be able to circulate refrigerant to cool or heat your home. If a damaged compressor may be involved, you should stop using your unit and book an HVAC inspection.

What To Check When HVAC Stops Working After a Power Outage

Because many modern HVAC systems are designed with blackout protection, the first step after a power outage is to leave the unit alone for 30 minutes. After this time has passed, you can try turning your system back on.

Power outages can cause surges that trip your breakers, damage your thermostat, or trip your disconnect box. Check your breaker panel and disconnect box to see if anything has tripped. Then, you should check your thermostat to see if it is on. Thermostat settings can default to factory settings after an outage, so verify that the settings are correct.

When To Call a Professional

You should reach out to a professional right away if you notice any of the following symptoms after a power outage.

• Burning odors, melted wiring, or other signs of electrical problems
• Signs of a faulty capacitor, such as hard starting and humming noises
• A blank thermostat screen that won’t switch on
• HVAC system that refuses to start
• Repeatedly tripped breakers
• Poor HVAC performance

Concerned about your HVAC system? Reach out to Alpha Heating & Air to schedule your next maintenance appointment.

Frequently Asked Questions

Why won’t my AC turn on after a power outage?

There are a few reasons your AC might not be working after an outage. If the unit has a safety lockout to protect it from power surges, you may have to wait 30 minutes before you can turn it on. As a homeowner, you can also try troubleshooting by resetting a tripped breaker or adjusting your thermostat settings.

Sometims, ACs won’t turn on because of a failed capacitor or faulty compressor. If either of these issues is the cause, you’ll need to schedule HVAC repairs.

How do I safely reset my HVAC system after a blackout?

To reset your HVAC system, turn off your indoor thermostat. Then, shut off the HVAC system at the breaker panel. Afterward, you’ll need to wait 30 minutes for the pressure in the system to balance. Once this time has passed, you can turn on the system at the breaker and thermostat.

What should I check on my thermostat after a power interruption?

After a power outage or disruption, you should check your thermostat display to see if it is working. If the thermostat is blank, you can try resetting the thermostat’s breaker to see if that helps. Thermostats often default to factory settings after a power outage, so check your schedule settings to see if they are still active. You may also need to reconnect the thermostat to the internet.

Can frequent Oregon storms permanently damage my AC?

Absolutely. From November to March, strong winds and heavy rainfall can occur in coastal Oregon. These storms can cause flooding and power surges that damage your HVAC equipment. Additionally, high winds can blow branches and other debris into your outdoor condenser unit.

When is it time to call a professional HVAC technician?

If your HVAC performance drops without a reason, you should reach out for professional help. We also recommend scheduling repairs immediately if you notice burning odors, a lack of airflow, musty odors, repeatedly tripped breakers, or leaking water. Additionally, any HVAC problem that affects your indoor air temperature is an emergency if you have vulnerable family members in your home.

Bandon’s mild winters and cool coastal summers make heat pumps an ideal all-in-one system for comfort and savings. However, for your heat pump to function at its best, it needs to be properly maintained. Eventually, even the best HVAC equipment can start to fail. When this happens, Alpha Heating & Air can help you decide on the best heat pump installation for your home.

Heat pumps are increasingly popular in Bandon, OR, because of their exceptional energy efficiency. They are an ideal system for heating and cooling in Bandon’s mild climate. Whether you need help calculating the ideal heat pump capacity or want to know what to expect from the installation process, our team of local HVAC experts can help.

Average Heat Pump Installation Costs in Bandon

When it comes to the heat pump installation cost, there are a range of factors that can impact the final cost. For example, SEER2 ratings, ductwork requirements, and the size of your home can play a major role in the cost of a heat pump in Bandon. In general, you can expect the following price ranges.

• Ductless Mini-Splits: $3,500 to $8,000+
• Whole-Home Heat Pumps With Ductwork: $7,000 to $15,000+

The easiest way to find out how much your Coos County heat pump will end up costing is by talking to an HVAC professional. Our experienced HVAC professionals can give you a heat pump estimate in Bandon, so you can know how much you will need to budget for.

Key Factors That Affect Heat Pump Installation Cost

The basic heat pump replacement cost can vary significantly based on a few main factors.

System Type

In general, ductless heat pump installation will be much cheaper because you don’t have to install a bunch of ductwork.

Number of Indoor Units

If you are getting ductless mini-splits, you will likely need multiple units to heat and cool your home. The number of units will directly affect the overall price.

Home Size and Layout

Larger homes require a higher capacity heat pump or more ductless mini-splits, which increases the cost.

Ductwork Repairs and Replacements

If your existing ductwork is leaking air or damaged in other ways, the cost of ductwork repairs and replacements can add up.

Brand and Efficiency Rating

Some brands cost more. Additionally, ENERGY STAR-certified devices and units with high SEER2 ratings will likely be more expensive upfront. However, energy-efficient heating systems tend to save you money in the long run and are often eligible for special rebates.

Electrical Panel Capacity

If you have an older electrical panel, new appliances, or added renovations, you may need a larger electrical panel capacity. Getting an upgrade can cost between $1,300 and $3,000 on average.

Labor and Permitting Costs in Bandon

Bandon homeowners also need to consider the cost of labor as well as local permitting costs. 

Incentives and Rebates Available in Oregon

When you get a heat pump installation, you may be able to claim special rebates and tax credits if it is an energy-efficient unit. This can help decrease the overall cost of your new unit.

Are Heat Pumps Worth the Cost?

If you switch from furnaces and baseboard heating to an air-source heat pump, you can lower your energy costs by 50%. While the amount can vary based on the size of your home, consumption patterns, and other factors, the typical home saves $500 a year by switching to a heat pump.

Getting an HVAC upgrade in Bandon is a cost-effective option because of the area’s temperate climate. Heat pumps don’t experience as much strain during Coastal Oregon’s mild winters. Besides the long-term energy savings, homeowners can enjoy having quieter operation and a more eco-friendly HVAC system. Plus, the convenient zoning options mean you can enjoy individualized comfort control.

Rebates and Incentives in Oregon for Heat Pumps

To lower the cost of your Oregon heat pump, check out Energy Trust of Oregon rebates. These rebates can be significant, with one option providing up to $4,000 for heat pumps in new manufactured homes. Additionally, local utilities like Pacific Power and Coos-Curry Electric Cooperative sometimes have heat pump incentives.

On a national level, you can look into the Energy Efficient Home Improvement Credit. This credit provides up to 30% of your heat pump installation cost, up to $2,000. 

If you are unsure how to access top rebates, give us a call. One of our HVAC team members will walk you through the process and what to expect.

What To Expect During Installation

When you get home heating and cooling solutions installed, you can expect the following process.

1. First, we’ll visit the site and calculate the load capacity you need.
2. Our HVAC technician will inspect the ducts for issues or design your ductless system.
3. We’ll carefully select the best unit and placement for your family’s needs.
4. If electrical work needs to be done, we’ll complete it before the install day.
5. In most cases, it takes us just one to three days to complete the entire process.
6. When everything is finished, we’ll do a final inspection and walkthrough to make sure everything is fully operational.

Choosing the Right Heat Pump for Your Home

To pick the best heat pump for your home, consider the following factors.

• Variable-speed or single-stage units
• Multi-zone or single-zone systems
• Indoor air handler type
• Correct sizing and design

Picking the best heat pump can feel daunting. Our team can help you select the perfect heat pump for your home, comfort goals, and budget.

For a complete overview of heating system options, installation costs, and maintenance tips, explore our Complete Home Heating Guide for Bandon Homeowners.

Why Choose Alpha Heating & Air for Heat Pump Installation in Bandon

Coastal Oregon homeowners choose to work with Alpha Heating & Air for a few key reasons.

• Local Experience: We understand the coastal climate challenges your home faces.
• Transparent Pricing: Our team gives an upfront estimate, so you know exactly what to expect.
• Licensed Professionals: All of our HVAC technicians are fully licensed and insured.
• Customer Education: We’ll carefully walk you through the entire process. Plus, our aftercare services mean you can feel 100% confident about your ongoing support.
• Top-Rated Reviews: By checking out our positive testimonials and local reviews, you can see what it’s like to work with our team.

Discover the Best Heat Pump Installation Options for Your Home

For Bandon homeowners, a new heat pump installation is a wise investment choice. Our experienced HVAC technicians have the local know-how you need to choose the best energy-efficient upgrades for your home. 

Live in Bandon or nearby? Contact Alpha Heating & Air for expert heat pump installation backed by local expertise and years of experience.