in Up Front
print the content item



The GridWise Alliance has released a new report outlining a series of recommendations to help alleviate the effects of large-scale events, such as superstorms, on the U.S.' electric system.

The coalition says the recommendations are a direct result of a workshop convened following Superstorm Sandy during which representatives from 20 electric utilities from across the U.S., along with suppliers and other experts, shared their experiences and lessons learned in dealing with these events.

"Disruptions to our power system from large-scale events pose more than an inconvenience in today's digital economy. The United States depends on a reliable, resilient, safe, and secure electric power system, and when this service is disrupted the impacts are felt by all," says Becky Harrison, CEO of the GridWise Alliance.

"Modernization of the grid would help to reduce these effects,” Harrison continues. “The GridWise Alliance report identifies actions that can be taken by utilities, policymakers, emergency responders and technology suppliers to improve the resiliency of our electric power grid during future extreme events."

Key insights from the report include the following:

- New technologies deployed on the electric grid provide utilities with advanced remote control and monitoring capabilities. For example, smart meters and smart grid sensors now provide utilities with visibility to actually know when the lights are off, without waiting for customers to pick up the phone and report outages.

- Advances in weather forecasting, combined with better modeling of damage caused by these events, could greatly enhance the utilities’ ability to plan their response, neighborhood by neighborhood, and get the lights back on faster and at a lower cost.

- The nation's critical infrastructure is becoming more interconnected, and utilities must understand and plan for this interdependence, the report says. Many people now depend on smartphones to manage their lives more effectively. Utilizing this same cellular network for grid equipment to automatically report its status and for restoration crews working to repair the grid to communicate their efforts requires cellular networks to be up a running during these events.

- During Sandy, utilities received tweets with pictures of downed power lines, yet there was no way to tie these pictures to their equipment and locations. The computer systems run by utilities can be adapted to use these social media feeds to automatically update the grid's system conditions and reduce the time delay in responding.

- In areas where there is a high penetration of distributed energy resources, the availability of these resources is currently limited during outage events. The report says new policies, rules and operating procedures are needed in order to safely leverage customer-owned power sources during major outage events like Sandy.




Hybrid Energy Innovations 2015
Latest Top Stories

Duke Energy Commits $500M To Major Solar Expansion In N.C.

The utility company says the investment will help further diversify its portfolio, as well as increase solar power for its North Carolina customers by 60%.


Sensus Issues Refund To SaskPower After Smart Meter Woes

As SaskPower continues to swap out its Sensus units following several meter failures, the two companies have reached an agreement in order for the utility to recover costs.


The Smart Utility's Guide To Choosing A Smart Meter

Electricity providers across North America are taking on grid modernization. This article outlines the myriad factors a utility should consider in order to select the best-possible smart meter.


DOE Report: U.S. Wind Power Prices Reach All-Time Low

According to the U.S. Department of Energy (DOE), wind power continues to play a larger role in the U.S.' energy mix and is the cheapest it has ever been in the country.


Survey Reveals What U.S. Consumers Expect From Their Utilities

GE's new survey measures Americans' views on the state and future of the grid, as well as how much extra consumers would be willing to pay for better power reliability.

Hybrid Energy Innovations 2015
S&C Electric_id176
edf_id180
Future Energy_id187