Skylights are a nice way of letting daylight into your house, and if they can be opened, they’re also effective at letting out the hot, stuffy air that rises to the ceiling. Depending on their location, however, they can be difficult to open without running electrical wiring up to them. That’s why Velux has introduced its no-wiring-required Solar Powered Fresh Air Skylight.
The Fresh Air Skylight has its own built-in rooftop solar panel, that charges an integrated battery, even on cloudy days or non-south-facing roofs. That battery powers a motor, that opens and closes the skylight on command via a wireless remote. Using that remote, users can also program the window to open and close on a pre-determined schedule.
A sensor next to the solar panel detects raindrops, and prompts the skylight to automatically close in the event of a shower. Should users want to shield their homes from the heat of the mid-day sun, factory-installed blinds are available as an option – these can also be controlled with the remote.
The Solar Powered Fresh Air Skylight is available in a variety of sizes and glazing options, with prices ranging from approximately US$1,015 to $1,915. The skylight can be seen in use in the video below.
Source: Velux
Whilst a lot of home automation products are often only a boon to the lazy, this product is extremely practical- not to mention ecologically sound as any refrigeration equipment in the room below would not have to compensate for having to work flat-out in very hot conditions.
We have been ROASTING with the six, old, south facing skylights for the last two summers. They are so old there are no blinds available for them short of $600 a piece customs and three won't even open any more.
These seem like a no brainer for our situation. Don't need to be tied into the thermostat, as we have no AC and they'll be closed all winter.
Also, there is a 30% federal tax credit available through 2016 on these skylights...just about makes up the difference between VSS and manual skylight cost if you have a tax bill at all.