Examples

Our technology meets the tougher collar from the authorities about energy efficiency.
With Zero component implemented can achieve significant savings and allows for a real green head start commercially..



If the ZERO1 component is built directly into electrical appliances can save a lot of energy and power - and money! And it does not in any way beyond the functionality or availability: one should not do anything differently as a user!



What does our technology ?


Very simple: If electrical appliances had our ZERO1 power supply built in, all standby waste  would be removed from the individual device! In short!!

ZERO1 functions as a "normal" power supply on the apparatus but is constructed smartly -  it does not consume power when not performing its primary function. The ZERO1 supply are always ready to "start" the apparatus - so operation the appliance is the same as always - you do not need to anything.  No power consumption when the device is in sleep mode – but ready to operate – but - but exact same function as you are used to.

Below you find a few examples of "before-and- after- scenarios":
Standby power consumption without the ZERO1 component embedded in the appliance and standby power consumption with component embedded.


Note: it is only a few examples. Other appliances and devices   can also achieve substantial savings with the  ZERO1 embedded/build in.
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Examples - savings with ZERO1 embedded in appliance.

Electrically height adjustable table 97% savings
Audio  & multimedia products 76% savings
Circulating pump 20% savings
 

Electrical height adjustable table  - "Before-and after"(press play to watch video):

Explanation: The animation first shows the electricity consumption per year for an Electrical adjustable table without ZERO1 embedded. When the table is not raised / lowered, there is a constant consumption. When it raised / lowered, the power consumption increases obviously. Note, however, the constant power consumption, when the table is not activated - this is standby power. It is calculated at 17.5 per KwH year.
 


Then, the animation shows how power consumption is reduced, with ZERO1 embedded in the electrical adjustable table. The standby power is removed - thus there is virtually no power consumption when the table is at rest. When the table is raised / lowered, there is obviously a higher consumption.
 

Audio-product - "Before-and after"(press play to watch video):

Explanation: The animation first shows the electricity consumption per years for an audio product without ZERO1 embedded. When not used, but simply says "ready"(standby), there is a constant consumption. This is  standby power. It is calculated at 16.8 per KwH per year.
 


Then, the animation shows how power consumption is reduced, with ZERO1 component embedded in the apparatus. It is the standby power, which is removed - resulting is a substantially less power consumption when the apparatus is not used but merely stands on ("standby"). When the apparatus is switched on in order to be active, there are of course a larger power consumption.
 


 

 

The big picture -  consequences of standby power consumption?

1% of the world's CO2 emissions caused by the standby power.
15% of the world's total power consumption amounts to standby power.

A typical family in Denmark and Europe, uses approximately between 270-337 EUR (£250 – $400) annually on standby power. Companies spend significantly more.

RentPolitically there is so much focus on standby power and energy waste. European legislation has set limits for appliances standby power per.  As of January 1st  2013  the limit is halved to 0.5W.

Products that do not comply with the limits may not be marketed in the EU (but it does appear once in a while :-).

The rest of the world - including the US and Asia - squint strongly to European legislation and limits.
 



 


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