The popularity of net metering has surged among residential customers due to significant incentives by more than 40 states allowing customers to sell excess renewable power to the utility. Accompanying that growth, however, is a burgeoning debate over the most appropriate way to continue incentivizing the use of distributed and renewable energy resources in the most equitable fashion.

CSG Director of Energy and Environmental Policy Brydon Ross outlines the top five issues for 2014, including upcoming Clean Air state implementation plans, EPA cooling water intake regulations, increased scrutiny on crude oil transportation safety, potential rate and policy disputes involving net metering, and lingering impacts that drought may pose for states and water infrastructure.  

According to an article in the San Jose Mercury-News, the California Public Utilities Commission (PUC) is close to approving a requirement for the state's largest utilities to buy 1.3 megawatts of energy storage by 2020 to help improve upon the intermittent nature of renewable energy resources like solar and wind. The directive would be the first of its kind in the country and would provide enough storage capacity to power nearly 1 million homes.

According to an article in the San Jose Mercury-News, the California Public Utilities Commission (PUC) is close to approving a requirement for the state's largest utilities to buy 1.3 megawatts of energy storage by 2020 to help improve upon the intermittent nature of renewable energy resources like solar and wind. The directive would be the first of its kind in the country and would provide enough storage capacity to power nearly 1 million homes.

A host of market forces has raised concerns about the uncertain future for the nation’s electric grid. Growing renewable energy capacity and energy efficiency improvements, combined with smart grid capabilities, however, can provide new options that can improve resiliency, reliability and financial incentives with distributed generation technologies. This session featured energy and grid experts who shared their expertise from a federal, regional, private sector and academic perspective and explored these complex issues before policymakers. They also discussed states' roles in meeting future challenges and opportunities facing the nation’s transmission and distribution system.

A host of market forces has raised concerns about the uncertain future for the nation’s electric grid. Growing renewable energy capacity and energy efficiency improvements, combined with smart grid capabilities, however, can provide new options that can improve resiliency, reliability and financial incentives with distributed generation technologies. This session featured energy and grid experts who shared their expertise from a federal, regional, private sector and academic perspective and explored these complex issues before policymakers. They also discussed states' roles in meeting future challenges and opportunities facing the nation’s transmission and distribution system.

A host of market forces has raised concerns about the uncertain future for the nation’s electric grid. Growing renewable energy capacity and energy efficiency improvements, combined with smart grid capabilities, however, can provide new options that can improve resiliency, reliability and financial incentives with distributed generation technologies. This session featured energy and grid experts who shared their expertise from a federal, regional, private sector and academic perspective and explored these complex issues before policymakers. They also discussed states' roles in meeting future challenges and opportunities facing the nation’s transmission and distribution system.

A host of market forces has raised concerns about the uncertain future for the nation’s electric grid. Growing renewable energy capacity and energy efficiency improvements, combined with smart grid capabilities, however, can provide new options that can improve resiliency, reliability and financial incentives with distributed generation technologies. This session featured energy and grid experts who shared their expertise from a federal, regional, private sector and academic perspective and explored these complex issues before policymakers. They also discussed states' roles in meeting future challenges and opportunities facing the nation’s transmission and distribution system.

On Aug. 14, 2003, the lights went out throughout the Northeastern and Midwestern regions of the U.S. and Ontario, affecting 50 million people. The outage, which started when tree limbs hit transmission lines in Ohio and cascaded across eight states, demonstrated the vulnerability of the electric grid system in the U.S.

Kansas City has made a big investment in the smart grid and legislators got the chance Friday to see just what that investment has created during a tour of the Green Impact Zone Smart Grid Demonstration Project.

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