/vnd/media/agency_attachments/bGjnvN2ncYDdhj74yP9p.png)
A new Universal Power Adapter (UPA) technical standard for devices such as modems, set-top boxes, home networking equipment and fixed telephones gets a first stage approval by ITU. The standard will complement ITU's Universal Charging Solution for mobile devices (Recommendation ITU-T L.1000), enabling energy savings, reductions in e-waste and enhanced consumer convenience by expanding the concept's application to the vast majority of ICT devices.
ITU-T Study Group 5, 'Environment and climate change' has agreed the new draft Recommendation ITU-T L.1001 standardizing the requirements of 'External universal power adapter (UPA) solutions for ICT equipment for stationary use' at a recent meeting led by ITU's Telecommunication Standardization Bureau.
ITU-T L.1001 will help countries which are not equipped with reliable AC power grids, as it will be compatible with standalone AC produced by renewable energy sources including the 5V and 12V power interfaces of small photovoltaic systems (solar energy).
"Globally, Recommendation ITU-T L.1001 will reduce the number of power adapters that need to be manufactured by widening the range of compatible devices, facilitating adapter reuse and recycling, and increasing build-quality and resilience to overvoltages," said a release. It is designed to promote an adapter lifespan of at least ten years, the new ITU standard will drive substantial reductions in energy consumption used in information and communication technology (ICT) equipment manufacture, limit device duplication, reduce strain on raw materials and enable enormous reductions in e-waste.
The new standard includes basic configurations and general requirements of UPAs and their interfaces: cable; connectors; voltage; current; ripple; noise; energy efficiency; safety; electromagnetic compatibility; resistibility and eco-environmental specifications. The UPAs are designed for ICT devices in people's homes, and provide a low-voltage input to a device by converting the AC mains voltage to a low-voltage DC output.