No More Standby Energy Losses

In-Depth Look: The World of No More Standby Energy Losses

Standbypower is currently estimated to account for about 3 to 10 percent of home and office electricity use. Recently, the InternationalEnergyAgency (IEA) launched a worldwide initiative to reducestandbypower consumption, and there is general agreement that action is urgently needed to avoid large increases instandbypower use.

Considerable progress in reducingstandbyin specific products has been achieved through a variety of policies and technologies. For example, technical advances in mobile phone chargers, the poster child ofstandbyconsumption, have enabled reductions instandbypower frommorethan 2 W in the year 2000 to below 0.3 W today.

Illustration of No More Standby Energy Losses
No More Standby Energy Losses

Even withnoload, inverters consume power for control circuits. This guide coversstandbypower sources, its impact on off-grid systems, and strategies like search mode to reduce idlelossesand extend battery life.

Stunning No More Standby Energy Losses image
No More Standby Energy Losses

Standbyenergyloss happens when the heat from the water in your water heater's tank transfers through that tank and out into the cooler air surrounding it. Because of advancements and design and manufacturing, modern water heater tanks are better insulated than ever and are able to mitigatemoreheat transfer than ever.

Stunning No More Standby Energy Losses image
No More Standby Energy Losses

This sneaky drain isstandbypower loss or,morememorably,energyvampires. While each device may only waste a small amount ofenergy, the combined effect across your home can quietly inflate your monthly power bill.

Special care is required when promoting lowstandbyconsumption products (without consideration of other attributes) to ensure that there are no perverse effects such as the inadvertent promotion of products with low active mode efficiency and highenergyconsumption.

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