Motorized shades can make window treatments an even better investment, allowing you to control them from an app or a virtual assistant like Josh AI.
But how do you choose motorized shades? What factors should you consider?
As experts in assisting clients in the Tampa Bay area with choosing and installing motorized window treatments, Hive is uniquely qualified to offer advice on selecting motorized shades. However, we understand that you may also wish to explore other options, and we are here to help guide you through the process.
In this article, we'll share our knowledge on choosing between battery-powered and hardwired motorized shades, as well as provide insights on smart controls, so that you can make an informed decision.
Choosing motorized shades can be split into two major categories:
Let's talk about each of the categories.
First, consider how your shades will be powered – with a battery or hardwiring. Both have their pros and cons.
One way to power shades is to use regular alkaline AA batteries. The Hunter-Douglas "Power View" model has used this method for many years. It requires 12 AA batteries which fit in a battery pack and can be changed when they go out. The drawback of this type of controller is you have to change batteries whenever the old ones fail.
Newer methods use a rechargeable lithium-ion battery wand that takes up an inch of space. This option allows you to recharge the battery in place or remove the entire battery pack and sit it in a charger for 3-4 hours to recharge. Either option will work with your motorized shades.
Batteries for automated shades should last for about two years. However, this depends on how much heat they're exposed to. If the shade is in a very sunny window, for example, that battery may need charging sooner compared to those in a less sunny location.
When it comes to hardwiring your shades, one option is a low-voltage pre-wired shade. Many low-voltage motors can lift shades up to seventeen pounds or drapery weighing up to a hundred and thirty pounds, depending on the motor's manufacturer.
Hardwired choices can power heavier shades without needing to change batteries, giving them a naturally longer lifespan.
Hardwired motorized window treatments offer whisper-quiet operation. They're also perfect for heavy window treatments and can be controlled through radio frequency communication, infrared, and other alternatives, like Zigbee.
Hardwired solutions require the help of a low-voltage integrator or an electrician. They're especially important if you want to work your motorized window treatments from a power distribution board or centralized controller.
For this, wires are connected from the motorized window treatment to a pre-existing AC source. Little to no maintenance is needed with this power source as the periodic changing or recharging of batteries is not required.
Hardwired choices run on the same electricity as the rest of the house or business. If you experience frequent power outages, your shades won't work without power.
When in doubt, most experts recommend wiring for high-voltage, in case your window treatments will need more power to lift or move them. And you can always run DC motors on high-voltage wiring, whereas you can't operate AC motors on low-voltage.
Once you have installed your shades, you can control them in various ways:
If your shades are connected to a larger automation system, you can access them through the same smart hub as your other devices. Whether it's an app on your phone or a Control4 system, this method allows you to control your shades from anywhere in your home.
A voice assistant like Alexa, Google Home, or Josh A.I. can also connect to your overall smart system. A simple voice command can control every shade in your home or just the shades in the room you are in. Using these smart methods, you can also set timers on your shades, creating scenes for any moment of the day.
Know you'll be out of the house on a certain day? Pre-set a time for your shades to rise and bathe your plants in the sun without worrying about your home heating up.
Not looking for a big system? No worries! Automated shades can be controlled via a remote, allowing you the comfort of automation without connecting every device. Control shades in your room with the touch of a button without having to get off the couch!
If you feel that motorized shades are right for you, but aren’t sure about the fabric of the shades you’re interested in, check out our article on shade openness. Knowing your shade openness will tell you how much light and privacy you can expect from your new window treatment.
When you are ready to decide which shades you want to install, consult your Hive Design Team and figure out what will work best in your home. Have any questions? You can reach Hive by calling at 813-575-HIVE or reaching us through our contact page.
You’ve had this Zoom call with a client scheduled for weeks. So of course, today is the day you have a spotty WiFi connection in your home office.
The call starts in five minutes, so you go into troubleshooting mode. You turn the WiFi off and on. You move around your house, trying to get a signal everywhere from the far end of your office to your master bedroom. Nothing’s working.
Finally, you get a signal, though it’s weak. You get through the Zoom call with your signal breaking up every few minutes. By the end, you’re so annoyed that you want to throw your whole router out the window.
Even if your situation isn’t as extreme, we’ve all gotten fed up with weak WiFi signals or dead zones in our homes. We get it.
Luckily, several options can help you have stable, strong WiFi across your entire home. Not all solutions are right for every situation, so we’ll break down two options that might be a good fit for you:
We specialize in home automation here at Hive, a field that’s highly dependent on networks like the two we’ll analyze today. Just as WAPs might be a better fit than mesh WiFi, you might find that another company is a better fit for you. Regardless, we’ll give you the information you need to find your ideal solution.
By the end of this article, you’ll know:
WAPs and mesh WiFi are both devices that provide stable WiFi throughout your home, but both of them operate in different ways.
Wireless access points are hardwired points that produce WiFi signal throughout your home. Think of it like an in-ground sprinkler system. Water flows through the underground pipes to the sprinkler heads, which spray water around different areas of a landscape. The ability to connect to the network flows through an ethernet cable to the WAPs, which produce WiFi.
Mesh WiFi has multiple nodes that talk to each other to provide WiFi throughout a space. Think of it like literal mesh – several separate points connect to cover an area with WiFi. A node handles the WiFi for its immediate surroundings. When you move from one room to another, your device connects to the next closest node of the mesh.
The biggest difference between the two is that wireless mesh networks are wireless nodes that communicate with each other, while WAPs are wired devices that produce WiFi.
Let’s analyze WAPs and mesh WiFi on the following criteria so we get a head-to-head comparison:
As we discussed above, WAPs are hardwired devices that produce WiFi in various parts of your home. Hardwiring usually requires getting behind drywall to place the wires. Some homes are even pre-wired to accommodate WAPs.
Because of this, most people need to hire outside help to install their WAPs, an added expense. And some areas can’t be wired easily, like spaces with concrete walls. However, if you’re confident with wiring and working with drywall, you can install it yourself.
Both options here can provide stable WiFi, but Wireless Access Points are one of the best ways to do so because they’re hardwired.
We talk about hardwired vs. wireless devices in another post. But the gist is that hardwired devices are more stable because the connection speed isn't weighed down by other devices being connected to it.
This makes WAPs great for situations where you have a lot of devices that need to be connected to a network. They aren’t immune to slow-down issues, though. If a WAP has too many devices connected to it, like in a bar or cafe, the connection speed will slow down.
WAPs can also give you strong coverage no matter where you are in your home if you place them strategically. A certified technician can look at your property and help you place your WAPs to get the best coverage possible.
They can also be easy to troubleshoot; a Wireless Access Point can be worked on remotely by a technician, so there's no need to pay someone to come fix it. And sometimes it's as easy as unplugging it and plugging it back in.
Depending on the size of the area and your network needs, WAPs can be between $80 and $1000.
As we said before, WAPs can be more expensive because of the labor involved in the installation. This includes work on the drywall, but might also include fees for a qualified technician to figure out the ideal areas for your WAP.
However, you can also DIY them for less if you feel you can handle the wiring and drywall work yourself. This, of course, is less expensive. You just need to pay for the devices and construction materials.
Installing mesh WiFi is easy. You can do it yourself without having to get behind your walls or run complicated wiring. Many can be set up using an app that walks you through the process.
They're great for spaces with limitations, like spaces where you're unable to tear down drywall or areas where a thick concrete wall or ductwork could make it difficult to install WAPs.
Mesh WiFi can be very stable and reliable if set up properly. There won’t be a gap in connection when moving from one room to another, and you don’t need to manually switch to an extended network as you sometimes would if you were using a WiFi extender.
Mesh networks are also “self-healing”. If one node goes out, the other nodes will figure out the most efficient way to get you a signal using the nodes that are still available.
However, a wireless mesh network has a few drawbacks. Because it's wireless, it might be slower than a hardwired WAP that has several devices connected to it. Think of it like a baton handoff in a relay race – the handoff slows you down to some degree, even if it's just a few milliseconds.
It's a good choice if you don't have many devices to connect to your network. For instance, if it's just you and your spouse and each of you has a laptop, a phone, and a tablet, a mesh might be more than enough.
But if you’re a family of five and have all of those aforementioned devices, plus security cameras, doorbells, and automated lighting in every room of a large house, a mesh might cause more problems than it would solve.
Also, if it’s not set up well, you can experience a gap or delay as you move from one room to another. However, due to their ease of use, it’s possible to avoid these problems with some research and care.
Wireless mesh networks are less expensive in that you don’t have to do any construction to install them. You don’t even need a professional to do it – you can do it yourself.
The cost of the devices varies, but typically they can cost from $110 up to $1500, making them affordable for several price ranges.
Both options can tackle your issue – eliminating WiFi dead zones and inconsistent coverage. But everyone’s situation is different, so one option might be better than the other. Here’s a quick summary:
Wireless access points are good if:
Mesh networks are a good fit if:
By now you probably have a good idea of what option works for your home. But if you don’t, consider the following:
Your router will thank you for not tossing it out the window. If you’re facing other technology issues, check out our article on our top ten technology frustrations and how to troubleshoot them. And once your WiFi connection is stable, learn how you can keep your network safe. Are you based in Tampa Bay and would like assistance in setting up a WiFi network in your home? Feel free to reach out to Hive today. We’re happy to help or answer any questions you might have.
