Switching the direction of your ceiling fan blades when the season changes is an easy way to maximize savings on your home heating and cooling bills. There are other important benefits from making this simple and quick periodic change too. Here’s all you need to know about which direction you should set your ceiling fan blades to spin in each season, how to make that change, and why.
Which Way Should Fan Turn in Summer?
To help keep your home cool in summer and help save on electricity usage, set your ceiling fan to spin counterclockwise (from right to left). Combining the counterclockwise spin with the tilted blade design causes the ceiling fan to create a downdraft, which feels like a cool light breeze in the room.
Why Change the Fan Blade Direction in Summer?
The air movement from the fan accelerates moisture evaporation on your skin, which causes you to feel cooler. That’s known as the “wind chill effect.” A ceiling fan can make a room feel 4 degrees cooler in summer. Setting the correct ceiling fan direction with air conditioning means you can set your thermostat higher and save significantly on electricity bills.
Which Way Should Fan Spin in Winter?
During winter temperatures, keep your ceiling fan set to spin clockwise (left to right). Keep the fan speed set on low to generate the desired air circulation and also to avoid causing a cooling wind that makes the room colder. Running the fan clockwise at low speed creates an updraft that drives the warm air that has risen to the ceiling back outward and flowing down the walls and out into the room. This way of circulating the warm air aloft helps heat the whole room more efficiently.
Why Change the Fan Blade Direction in Winter?
Using ceiling fans to make rooms feel warmer improves comfort and helps your HVAC system heat rooms more evenly for a more comfortable home in winter. This means the system can run less frequently, which saves heating costs. Indoor condensation in winter is common, especially in some older homes. It can lead to mold growth. Running your ceiling fan clockwise in winter helps prevent this moisture from building up along window edges and wall areas around them.
How to Change the Spin Direction of Ceiling Fan Blades
There are various ways to change the direction of the fan blade spin on ceiling fans. The process you need to use depends on the type of fan you have. Here are easy step-by-step instructions for changing the ceiling fan blade spin direction on the most popular models of modern ceiling fans:
For Ceiling Fans with Pull Chains
Fans with pull chain mechanisms feature a reversible switch for changing the blade spin direction.
Turn off the ceiling fan and wait until the blades stop spinning.
Find the fan switch on the fan housing or its light fixture housing.
Slide the switch to set the blades to spin in the opposite direction.
For Ceiling Fans with Remotes
Ceiling fans with remote controls feature a push button that activates the reverse spin option.
Turn off the fan and wait until the blades stop spinning.
Press the button on the remote control and hold it down until the light blinks to indicate that you have successfully changed the blade spin direction.
For Smart Home Ceiling Fans
With today’s smart fans, you can change the fan blade spin direction using your smart home devices, which may feature a convenient remote control.
Turn off the fan and wait until the blades stop spinning.
Toggle in the manufacturer’s app to the option for switching the ceiling fan blade spin direction. Or, use a voice command on your smart device to reverse the blade spin direction on your ceiling fan.
Remembering to Change Your Ceiling Fan Blade Spin Direction
A good way to remember to make this important seasonal adjustment of your ceiling fan blade spin direction is simply to add the task to your calendar on a date around the usual week or month when warm weather begins and again when cold weather comes to your region. You can always move the date a little if your area has unseasonably cool or warm temperatures.
For Best Seasonal Results From Your Ceiling Fan
To get the maximum benefit from managing the spin direction of your ceiling fan blades, first, assess to be sure you have the correct size ceiling fan for your room dimensions. If your ceiling fan is too small, it is unlikely to move enough air volume in either summer or winter. If it’s too big, it is likely to move air too intensely and cause unwanted cooling in winter. Also, you may be limited to using settings that are too low in summer to avoid extreme windy conditions in the room.
Are You Ready to Have Your New Ceiling Fan Installed?
August is the beginning of hurricane season in New Jersey. That means it’s time to prepare your home for potential large storms coming in from the Atlantic. One important way to prepare your home for hurricane season on the northeastern coast is by installing a whole-home standbygenerator. You may be considering a portable generator for hurricane emergency use because it’s inexpensive. But there are some serious disadvantages to using a portable unit as a hurricane preparedness generator. Here are some important reasons why homeowners in areas vulnerable to hurricanes should install a whole-house standby generator instead of depending on a portable.
Major hurricanes often leave thousands, even hundreds of thousands of families, without electricity for extended periods. So, if you live in a hurricane zone, you should have an emergency power generator, if possible. But, the portable generators that so many residents purchase are not built to supply a whole house or to run continuously over extended periods. A whole-house generator offers the reliable power supply, safety, and convenience that portable models cannot deliver:
Short Run-Time Limit: Most low-cost portable generators can only power a house for up to about 10 hours, and they can only output enough power for part of a house. They’re designed for only occasional light use.
Long Run-Time:A propane standby generator should be able to supply your entire home and run from about 3 to 10 days (depending on tank size). Units that run on natural gas can run your whole house continuously for many days.
Fire Hazard:Running a portable generator for excessive time lengths in some spaces protected from the weather can cause a buildup of flammable gas fumes, increasing the risk of fire.
Safe Operation:A whole-house standby generator is designed and engineered to power your entire home through prolonged periods. They are installed for secure, safe operation in hurricanes.
Small Load Capacity: A portable generator has only enough power to run a couple of electrical appliances in a home simultaneously. A portable model can barely keep a refrigerator running and cannot keep an air conditioning system, TV, internet service, and washer or dryer, all operating at once.
Full Load Capacity:Whole-house standby generators are designed to keep all the functions of your home from being shut down. A whole-home generator enables you to continue fully using your home comfortable even if the electrical power is out in your area for an unexpectedly long time.
Fuel Issues: Portable generators run on gasoline, which is a fuel type that is often very scarce and hard to obtain during emergencies like hurricanes.
No Fuel Issues: Whole-home generators typically use propane or natural gas, which can be stored in abundance long-term onsite in preparation for extended periods of emergency use.
Some top brands of standby generators provide technology for monitoring and reporting the status of your system to you. (Some manufacturers even offer a handy app for this.) Additionally, a technician can periodically perform a full-scope inspection of your standby generator to ensure complete preparedness for power outages.
Greater Practicality and Convenience
With a portable generator, you’ll need to try to go outside when the power goes out to start up the generator. Trying to fuel and start a portable generator outside during a hurricane is not the best situation to be in.
With an installed standby generator, if a severe storm happens, your power comes back on automatically. There’s no potential need to risk your safety, unlike when fueling and starting a portable generator in dangerous conditions. Within the first 10 seconds of a power outage, a standby generator begins supplying electricity to your home, and it runs everything in your entire house for as long as needed.
Much Quieter Operation
Portable generators are very loud, about 67-75 decibels on average when running at only 25-50% load capacity. The exact ratios depend on the size. That’s comparable to the noise volume of a vacuum cleaner. Because portables cannot be left alone due to the health and safety hazard, this means you are exposed to extreme noise day and night as long as using the generator is necessary.
Whole-house generators emit only about 54 decibels, which may not be noticeable at all inside your house. Standby generators can safely operate unsupervised at a distance from the home, which even further minimizes sound.
Much Safer and Healthier
A portable generator left running unsupervised in a closed garage or basement to keep it dry during a storm presents an extreme health and safety hazard. Portable generators produce carbon monoxide, a deadly poison. Even slight exposure can cause symptoms.
A whole-home standby generator, its fuel source, and its power transfer switch are all installed outside your home, which prevents carbon monoxide risks. High-quality standby generators are installed to meet the standards for use during hurricanes. Providers also maintain technical support, as needed, to ensure continuous ideal functioning.
Much Longer Equipment Life Expectancy
Portable generators are not built to achieve the long-term durability of installed units. Even the best portable generators come with very short and limited product warranty coverages of only one year or so.
Whole-home standby generators are built with a weatherproof casing that can withstand the years of extreme northern coastal weather, including hurricanes. A high-quality whole-house generator can keep running over extended periods without overheating as portable models can be expected to do. Industry-leading brands offer strong warranties that cover the units for thousands of hours running time, amounting to coverage of up to 15 years of hurricane seasons or more.
Long-Term Financial Benefits
Whole-home standby generators are built with high-durability composite outer coverings that do not rust or corrode over many years. This is a crucial advantage for homeowners in the northeast U.S. coastal region. The equipment can last to provide emergency protection for years to come.
Additionally, homebuyers are likely to be attracted to the security of having a whole-home standby generator in a house they are considering purchasing in an area where hurricanes are possible in any given year.
Overall Comparison of Generator Types
Portable generators should not be left operating without close supervision, they are less practical and convenient overall to use than standby generators, and their load capacity is very limited. Whole-home standby generators, by contrast, provide fully reliable functionality, safety, and ideal convenience and comfort during prolonged power outages in New Jersey. On all the above points of comparison, the best generator for hurricane season is a whole-home standby model.
For Proper Installation of Your Emergency Generator!
We are a group of master electricians serving New Jersey. We offer transparent upfront pricing (no surprises), same-day service for small installations or repairs, and options to fit your budget. We warranty our workmanship on every job. Our master electricians are all fully licensed, bonded, and insured. We offer financing for larger electrical projects and 0% interest (for qualified credit). See our current Special Offers.
Call DK Electrical Solutions, Inc., Southampton, NJ, for expert standby generator sizing and installation at (609) 796-4177, or use our online contact form to schedule a free onsite estimate.