Question #3

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aenean pharetra luctus lectus, at mattis tellus imperdiet ac. Nunc adipiscing eleifend lectus, ac porttitor dolor pellentesque quis. Donec ut lacus magna, in auctor leo. Aliquam sollicitudin faucibus imperdiet. Donec feugiat nisi nec est volutpat vel sagittis purus rhoncus. Mauris eget tempus nibh. Sed viverra lacus sed magna adipiscing porttitor eget sit amet felis. Fusce aliquam blandit lorem a rhoncus.


What happens to the old meters?

The old meters are recycled.  Any newer, electronic meters utilities replace (such as solid state meters and OMR – offsite meter read – meters) are refurbished, tested and recycled back into the meter population until smart meters are installed in the area in which they are recycled. The older, electromechanical (dial) meters that are replaced are dismantled and all their components – such as aluminum, copper, glass et cetera – recycled.

How much progress has the smart grid made in the U.S.? How many smart meters have been installed?

A map of smart meter installations by state provided by the Institute for Electric Efficiency illustrates progress. As of May 2012, 36 million smart meters have been installed across the country. By 2015, approximately 65 million smart meters are expected to be installed—that’s more than half of all U.S. households.

Do smart meters help the environment?

Yes, a smart grid is a greener grid. Smart meters and intelligent grid can significantly benefit the environment by reducing consumption of fossil fuel resources, thereby reducing emission of greenhouse gases (GHG) and other air pollutants. Environmental benefits can be achieved in three ways:

  1. Reducing electricity consumption and increasing transmission and distribution efficiency
    Studies suggest that given the ability to monitor their energy use more frequently in greater detail, many consumers may begin turning off unneeded appliances, change to more efficient lighting, adjust thermostats and make other energy-saving changes.  If consumers conserve energy, less power may need to be produced. Reduced emissions from potentially decreased power generation could translate into better air quality.
  2. Reducing utility’s vehicular needs
    Smart meters will also reduce the consumption of resources and associated emission of greenhouse gases and other pollutants associated with performing basic utility services such as connections, disconnections, and meter readings, which can be conducted remotely for consumers with smart meters without sending out a truck. As of October 2010 for example, CenterPoint Energy has avoided over 300,000 "truck rolls" by completing service orders electronically.
  3. Promoting distributed and renewable energy production and plug-in hybrid electric vehicles
    Finally, smart grid will create a platform that will promote the development and deployment of technologies for increasing distributed generation (DG) and energy storage capacity, such as wind and solar generation, and plug-in hybrid electric vehicles (PHEVs). Smart meters measure surplus electricity generated as well as electricity delivered, eliminating the need for installation of expensive specialized DG metering. Distributed generation can help reduce the need for new fossil-fuel-generated capacity and therefore benefit the environment. The smart grid will also include technologies that facilitate the use of PHEVs, thereby reducing the consumer’s reliance on gasoline and diesel-fueled vehicles.

Interested in the Latest Smart Grid News?

Sign up for our monthly e-newsletter and receive new information on the smart grid, technologies and benefits for you.

We 100% guarantee we will not share your email with anyone.

or skip