Air conditioning battery program for renters could help cities manage grid stress during heat waves

Category: Technology/Innovations

Listening

Unlocking Word Meanings

Read the following words/expressions found in today’s article.

  1. outage / ˈaʊ tɪdʒ / (n.) – a period when a service, system, or supply stops working
    Example:

    The internet outage lasted for several hours.


  2. pilot program / ˈpaɪ lət ˈproʊ græm / (n.) – a small test of a new idea or system before it is used more widely
    Example:

    The school started a pilot program for online learning.


  3. partner / ˈpɑrt nər / (v.) – to work together with another person, company, or group to achieve something
    Example:

    The company partnered with a local business to develop the project.


  4. rebate / ˈri beɪt / (n.) – an amount of money that is returned to someone after they buy something or pay for a service
    Example:

    Online shoppers often look for discounts and rebates.


  5. reliability / rɪˌlaɪ əˈbɪl ɪ ti / (n.) – the quality of being trusted to do what is expected or needed
    Example:

    The reliability of the internet service is very important for online classes.


Article

Read the text below.

When a heat wave hits, millions of air conditioners switch on at once, straining the electric grid and driving up the risk of outages—and residents’ power bills. To ease that strain, power companies may ask customers to do something many probably won’t: Set the air conditioner a few degrees higher.


Now, a renter-friendly pilot program in New York City is testing a different approach: plug-in batteries that can power air conditioners offline during peak demand, helping take pressure off the grid at its most stressed moments while still keeping residents cool.


“It’s basically a souped-up version of the power bank that you would use to charge your phone when you go out,” said Andrew Wang, the chief executive officer of Every Electric, the company behind the pilot, which has partnered with the city’s energy company Con Edison.


The devices, about the size of a microwave, charge when electricity demand is low and then run window AC units for a few hours when demand spikes. It’s one of many partners participating in Con Edison’s demand response programs, which pay customers to reduce or shift electricity use to support the grid.


The pilot program is expanding to more than 1,000 homes this summer, and participants can get rewarded with cash rebates.


Experts say this initiative reflects the broader shift toward so-called virtual power plants, in which many small, distributed energy resources are coordinated to reduce strain during peak demand. When scaled, solutions like this could have a significant impact on power reliability and affordability.


When electricity demand spikes, utilities often turn to backup power plants that don’t run as often, and are typically less efficient and more polluting, said Kevin Brehm, a manager at Rocky Mountain Institute (RMI), a nonprofit that researches energy systems and the transition to clean power.


Over time, those spikes can push utilities to build more power plants, often fossil-fuel based, to meet demand, with the costs eventually passed down to consumers.


This article was provided by The Associated Press.


Viewpoint Discussion

Enjoy a discussion with your tutor.

Discussion A

  • The pilot program gives cash rebates to customers who reduce or shift their electricity use during peak times. If this program were adopted in your city/town, would you take advantage of it? Why or why not? How effective do you think this program might be in your country? Discuss.
  • Should saving energy be rewarded with money, or should it be a shared responsibility without incentives? Why do you say so? Discuss.

Discussion B

  • When a heat wave hits, people’s use of energy strains the electric grid and drives up the risk of outages and residents’ power bills. How often do you get power outages in your city/town during very hot weather? What problems do power outages create for residents as well as for businesses? Discuss.
  • In your opinion, how does the strain on the electric grid affect your power bills? Do you often get higher power bills during very hot weather? Why do you think this is so? Discuss.