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Demand response
Reducing electricity use and harmful pollution by rewarding
customers
Extreme temperatures increase the need for heating and air
conditioning, which can create stress on our power grid.
During these times, supply of electricity may not be able to
meet demand, which can result in higher energy prices and
cos...
Instead of firing up another polluting
power plant, demand response
programs offer a clean and quick,
alternative way to k...
Demand response companies react by requesting enrolled
homes and businesses to voluntarily conserve energy in
exchange for...
Smart sensors “know” to turn off pre-approved appliances,
like swimming pool pumps and defrosters, and temporarily
cycle A...
As homes and buildings across the region respond,
electricity use drops.
As a result, the power stays on without the need for
expensive, polluting power plants.
At the end of the month, customers see savings on their
electricity bills, and can receive additional payments for
their p...
In the end, demand response is a triple win: savings for
customers, lower costs for electric utilities and cleaner air
for...
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How does Demand Response reduce electricity use?

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Learn what Demand Response is and how it can reduce electricity use and harmful pollution while rewarding customers.

Published in: Environment, Technology, Business
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Transcript of "How does Demand Response reduce electricity use?"

  1. 1. Demand response Reducing electricity use and harmful pollution by rewarding customers
  2. 2. Extreme temperatures increase the need for heating and air conditioning, which can create stress on our power grid.
  3. 3. During these times, supply of electricity may not be able to meet demand, which can result in higher energy prices and costly blackouts.
  4. 4. Instead of firing up another polluting power plant, demand response programs offer a clean and quick, alternative way to keep the lights on.
  5. 5. Demand response companies react by requesting enrolled homes and businesses to voluntarily conserve energy in exchange for compensation.
  6. 6. Smart sensors “know” to turn off pre-approved appliances, like swimming pool pumps and defrosters, and temporarily cycle A/C units on-and-off to conserve energy.
  7. 7. As homes and buildings across the region respond, electricity use drops.
  8. 8. As a result, the power stays on without the need for expensive, polluting power plants.
  9. 9. At the end of the month, customers see savings on their electricity bills, and can receive additional payments for their participation in demand response.
  10. 10. In the end, demand response is a triple win: savings for customers, lower costs for electric utilities and cleaner air for all.
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