Smart Power Strips

By | August 23, 2024

Smart Power Strips – Install an advanced power strip (advanced power strips) to reduce the continuous energy consumption of peripheral devices in computer workstations or entertainment centers. Choose a level 1, master-slave, adjustable load shedding model. Decide on a suitable head unit for a station. Determines the suitability of slave devices, ensuring no loss of functionality. Measure the low power modes of the appropriate slave devices to determine the cost effectiveness of the advanced power strips in that station. Install advanced power strips where good economics require, confirming the operation of the power strip and all attached devices.

Home performance contractors recommend advanced power strips as part of a home performance evaluation. Builders, recommend advanced power strips to your home buyers as a way to increase and maintain energy savings.

Smart Power Strips

Miscellaneous electrical loads (MELs), such as televisions, personal computers, game consoles, loudspeakers, cable boxes and printers, account for nearly 10% of residential electricity consumption and are responsible for a growing share of household energy consumption (EIA 2021). Such home appliances continue to draw power when turned off but plugged into a mains outlet. Advanced power strips can provide energy consumption savings by terminating power to devices that otherwise remain in a low-power mode when not in use. There are many types of advanced power strips, and the right application will depend on consumer habits, preferences, and the components plugged into the power strip (NREL 2013), (Earle and Sparn 2012).

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Level 1 advanced power strips (discussed here) rely on a single master device being turned off by the user, as opposed to level 2 advanced power strips, which can turn off both slave and master devices after a predetermined period of inactivity. Devices plugged into the slave outlets on a master-slave, load-sensing advanced power strip are turned off when the device plugged into the master outlet is turned off by the user. Components plugged into the slave outlets therefore receive no power when the master device is unused. This type of advanced power strip can be a cost-effective, owner-friendly solution for reducing MELs at entertainment centers (see Figure 1) and computer stations (see Figure 2).

The higher the continuous low power draw, the more attractive the advanced power strip economy. A minimum continuous power draw among slave components must be achieved for an advanced power strip installation to be cost effective. The cost effectiveness is further improved if the users’ habits are to leave peripheral electronics on, but the assumption is that unused devices are turned off but not disconnected.

Figure 1. Example of an entertainment center where an advanced power strip can be used with a television, DVD, game console and speakers. (Source: BA-PIRC and Florida Solar Energy Center.)

Figure 2. Example of a home computing station where an advanced power strip can be used with a computer, monitor and speakers. (Source: BA-PIRC and Florida Solar Energy Center.)

Are Smart Power Strips Worth It?

Determining the total continuous low-power draw for each station is warranted. However, consider the cost of electricity usage monitoring equipment (generally available for $20) and the time requirement for inexperienced, low-volume contractors or owners. For help determining the energy savings potential for many electronics, refer to the New York State Energy Research and Development Authority’s 2011 report that contains power consumption data for active, standby, and off power modes for many peripheral devices (Koser and Uthe 2011).

In a large retrofit program, master-slave, load-sensing advanced power strips commonly available for about $30 demonstrate good economy when the peripherals combined draw about 10 watts or more, continuously. (Sutherland et al. 2014). Note that not all peripheral electronics are good slave device candidates, as described below.

To ensure the advanced power strip setup is without loss of functionality, talk to the owners to determine how all components are used and confirm acceptable operation after installation. Equipment such as wireless printers, printers with head parking needs, modems, recording devices, video games and satellite box devices can lose functionality when turned off by an advanced power strip.

When picking up the continuous load for peripheral electronics, consider that some devices have multiple low-power modes. Which low power mode is used can determine whether the continuous draw threshold is reached. For example, a video game device may have low power modes of 2 and 10 watts. Expected savings can only be achieved if the higher of these two modes is typically used in the current setup. Again, the installer and owner must understand the low power mode functions to consider the acceptability of loss of functionality.

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It can be time consuming to identify acceptable slave components and determine if the minimum continuous power threshold is met. Installation contractors who can identify likely acceptable and unacceptable components can significantly reduce advanced power strip setup time.

The power strip itself has a continuous draw. An acceptable advanced power strip should consume less than 1 watt.

Contractors should seek owner motivation for, and understanding of, the advanced power strip proposal. Disinterested owners will be less tolerant of subtle workstation or entertainment center changes (eg having to wait for a cable box to restart). And the educated consumer will be better able to properly adjust the advanced power strip setup in the likely event of a station reconfiguration or when new devices are added.

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Smart Power Strips 101: A Beginner’s Guide

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Report with updated energy consumption data for 28 residential and commercial miscellaneous electrical loads (MELs), including projections to 2040.

Report examining the implementation of advanced power strips for entertainment and home office electronics will reduce energy consumption in the residential market.

Infographic detailing how to choose the right advanced power strip based on your habits to reduce the electricity wasted when your electronic devices are idle.

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Report describing an evaluation of lighting and smart power strip retrofitting conducted on 56 all-electric, existing Florida homes to see how lighting and various electrical loads could be reduced.

Steven Winter Associates, Inc., Principal of the Consortium for Advanced Residential Buildings (CARB), a DOE Building America Research Team

The Building America Field Kit allows you to save items to your profile for review or use on site. Installing a smart power strip (or, advanced power strip) in your home is a quick and easy way to start saving money while making your household a little more efficient. You may ask yourself, “Why bother with a power strip when I turn off my electronics?” The answer is pretty easy: vampire loads; and no, it’s not some masked villain coming in and turning on your electronics when you’re not looking. Vampire loads continue to consume even when your devices are in sleep mode. Take for example your smart TV, your laptop and your cable box, all these devices use when they are off.

It’s pretty easy to incorporate a power strip into your home office or your entertainment centers, just make sure you’re looking for a smart power strip! Traditional power strips house many different devices and only use one outlet, but remember, if devices are plugged in, they will continue to . Smart power strips can actually cut down and save power as they are able to detect when a device is in standby mode.

Wi Fi Smart Power Strip

Check out this easy-to-follow infographic from NREL here to find the right smart power strip for you and your household.

Find simple tips in the Saver guide to save money both at home and on the road. Review: Meross Smart Power Strip and plug offer affordable and versatile HomeKit sockets, but setup issues can cause frustration

Meross makes a range of HomeKit compatible smart home devices for various regions around the world. The Meross Smart Power Strip and Smart Plug are among the company’s most popular products and both work with Apple HomeKit.

Meross’ smart plugs are some of the more affordable HomeKit-compatible devices on the market, and the company offers the option to buy them in cheaper multi-packs for your smart home setup. Meross also offers a smart power strip with four USB ports and ‌HomeKit‌ control for each individual plug on the strip.

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Although my Meross devices were for UK power outlets, the company also sells its smart plug and smart power strip with the correct pins for the US, EU, Australia and France.

Both devices are packaged and presented as well as you would expect for a smart home device. Meross seems to have taken some packaging cues from Apple and used a very similar matte white cardboard to many Apple products.

The Meross smart plug is housed in a matte white plastic shell, with a large flush button on top. Despite its lower price point, the Meross smart plug is actually smaller and slightly slimmer than other leading smart plugs such as those offered by Elgato Eve.

However, the plug feels hollow and much lighter than other smart plugs I’ve used. While weight and feel in the hand is rare

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