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Tag Archives: standby power

U.S. DOE Cooks Up Proposed Microwave Oven Standby Power Standard

The DOE is cooking up an energy conservation standard to limit the power that microwave ovens use when they’re not heating up our food. While that may seem obvious (shouldn’t they use zero watts when they’re not heating something up?), the reality is that they never get to turn off and consume a surprising amount [...]

Canada Tightens Current Energy Efficiency Regulations, Adds New Product Groups

Last month, Canada expanded its scope towards reducing household energy waste by tightening energy efficiency requirements for some already regulated products while also introducing Minimum Energy Performance Standards (MEPS) for 5 new product groups. Published in the October 12 issue of the Canada Gazette Part II, these amendments to the Energy Efficiency Regulations become effective [...]

European Commission Moves Forward to Reduce Network Standby Power Waste

Last April, I wrote about attending the Ecodesign Directive’s Networked Standby (Lot 26) stakeholder meeting in Brussels, focusing on the energy wasted by network-enabled products (see: Can One Size Fit All With Networked Standby Power Regulation?). Lot 26 is very interesting because: (1) the power consumed by these products while idle will grow rapidly unless [...]

Smart Appliances: Getting Attention Around the World

Last year, I wrote about smart appliances when the European Commission was considering the development of an ErP standard to address the technology (see: Everything is Getting Smarter). The preparatory study has just been released and is available now on the EC EcoStandby website. The focus of the European study is on how to lower [...]

Can One Size Fit All with Networked Standby Power Regulation?

It’s no secret that the latest generations of home and office electronic products (i.e., TVs, DVD players, printers, major appliances, etc.) are being introduced with network connectivity capability. But what most consumers may not realize is that this added functionality comes at the cost of significantly increased energy consumption because many of these communication-enabled products [...]