Automated shading systems allow a homeowner to have convenient control of sunlight at the touch of a button.

• Change the position of your window coverings without having to go from room to room.
• Obtain instant privacy when you want it, and allow light to enter as you wish.
• Improve energy efficiency and UV protection by automatically raising and lowering your shades, based on time of day or the amount of sunlight striking your windows.
• Control shades on hard-to-reach windows above a counter, above a bathtub, or in a high foyer or great room.
• Reduce wear and tear by eliminating manual pulling and tugging of cords.
• Improve child safety by eliminating hanging cords, which can be dangerous around small children.

In commercial settings, such as corporate boardrooms, training areas, conference rooms and offices, control of daylight is critical for productivity, comfort and energy savings. Today's dynamic business environments require the flexibility to transition a well-lit boardroom meeting into a theatre-style audio/video presentation at the touch of a button.

The first step in implementing an automated shading system is to determine the windows to be covered and the type of window coverings desired. The most common options are roller shades, including solar screens and more opaque fabrics; roman shades; woven woods and grasses; honeycomb shades; sheer shadings, such as Hunter Douglas Silhouette® and Luminette®; and draperies.

The next step is to select the appropriate motor technology, which includes the voltage and the control methodology. Both line voltage (110V) and low voltage (12V and 24V) motors are available. Larger shades often use line voltage motors, while smaller and lighter shades often use low voltage motors, although this is not always the case. In some instances, where it is not possible to run power to a window, battery-powered motors may be appropriate. Some motors have the built-in intelligence to respond to commands from wired or wireless communication networks. Others simply respond to being energized in the open or close direction. Many motors available today are extremely quiet, making them barely audible during operation.

Once the shade type, motor type and control methodology have been selected, then the overall system can be laid out and scoped. The wiring required and control locations are specified. Controls can include switches, keypads, handheld remotes, timers, sun sensors, and home automation system touchscreens and keypads.