Few things irritate the committed environmentalist like the red glow of the
standby light.
According to figures from the
Energy Saving Trust, the UK
emits over three million tonnes a year of CO2 as a result of electrical
equipment being left on standby. That's a mind-bogglingly large amount of
pollution as a direct result of appliances that are not even in use.
But environmental concerns aside, the red light should also be a cause of
considerable irritation to anyone trying to live on a budget, not to mention any
conscientious financial director trying to tackle ever-climbing energy bills.
Research shows that every PC and monitor that is always on standby costs up
to £45 a year to power, and while this already seems a lot, the cost quickly
soars if you consider a business with hundreds or even thousands of PCs and
monitors – not to mention fax machines, printers and photocopiers – being left
with their red lights glowing each night.
The answer to this environmental and financial profligacy is simple: turn off
your machines. But the combination of our innate laziness and the appalling
design of many electrical appliances means this simple green measure can often
prove beyond us.
My (admittedly cheap and cheerful) stereo is a case in point. The machine has
no off switch. Sure, it has a button labelled power but this simply switches it
to standby mode and activates the dreaded red light. Even when "off", it still
draws 12.2 watts an hour. But to actually turn the stereo off you have to move
the TV in the corner of the room and scrabble around on the floor to unplug the
infuriating machine. Faced with similar scenarios, it is little surprise to find
that many people leave their electrical kit on standby.
It is this problem that electronics company
Domia is attempting to solve with its
Bye
Bye Standby device. An admirably simple solution, it is a plug in switch
with a remote control that turns devices off at the wall.
You simply plug in the device, which draws less than one watt an hour, and
then plug the offending always-on appliance into the new switch. A simple
wireless remote can then be used to cut the power to the standby device at a
flick of a switch.
The net result is that my stereo is now always off when not in use, and I've
made a cut, albeit small, in both my energy bills and carbon emissions.
Domia claims that independent research has shown that the average home would
save between £38 and £40 a year on its energy bills by using its Bye Bye devices
on standby appliances.
All this is great for the domestic market, but where the device has the
potential to deliver more sizable cost and carbon savings is in the office. The
remote control can be easily programmed to turn on and off up to five machines,
but there is also a group setting that allows the user to turn off a large
number of machines with one click. It is easy to imagine an office cleaner
clicking the remote and instantly ensuring every monitor, fax machine and
printer on a floor is off.
In our office, where some of my colleagues are less than conscientious about
turning off their monitors each night and our flat screen monitors draw just
over 12 watts an hour when on standby, the opportunities for cost and carbon
savings are significant.
The only downside to the Bye Bye Standby (besides its infantile name) is that
while it is an elegantly simple solution to the standby problem, it is a little
too simplistic for many devices. Simply cutting the power to a computer that has
been inadvertently left on would cause considerable technical problems. Equally,
you could use the device to turn off video recorders, microwaves and the like,
but only if you enjoy the prospect of reprogramming the clock every time you
switch them back on again.
But sadly, until electronics manufacturers start delivering on their promises
and only produce low-power devices that integrate convenient turn off technology
directly into the appliance, Bye Bye Standby represents one of the best answers
available to the dreaded red light.
Www businessgreen.. Not so bad :)
Www businessgreen.. Not so bad :)
Posted by www.businessgreen.com, 22 Apr 2011
wrong units
It makes sense to talk about something consuming 12 watts or that it consumes 0.012 killowatt hours per hour but it does not make sense to talk about 12 watts per hour.
Posted by John Ackers, 25 Dec 2007