This website provides access to a collection of webcasts and podcasts presented by the U.S. Environmental Protection Agency's Local Climate and Energy Program.
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This issue paper reviews various advanced transmission technologies that have the potential to enhance the performance of the National Transmission Grid (NTG).
This report examines cost reduction and technology improvement trends for a suite of renewable energy generation options, and it illuminates other factors that may influence their deployment through 2025.
This study examines the feasibility of maintaining reliable electric service with the expected level of intermittent renewable resources associated with California's 20% renewable portfolio standard.
This report analyses the nature of variable renewable energy and the resulting challenges associated with integrating variable renewable energy technologies into a power system. It highlights the importance of increased flexibility when integrating high levels of variable renewable energy.
As distributed energy resource technologies proliferate on the grid, resulting changes to the grid will make it more efficient and reliable, and will provide end users with the opportunity to more proactively use energy and reduce the cost of services.
This report articulates nine mechanisms by which the smart grid can reduce energy use and carbon impacts associated with electricity generation and delivery in the United States.
This white paper assesses the current barriers in the market and policy matrix that prevent the modernization of the electrical grid in the United States. The barriers are divided into four main categories: regulatory and legislative; culture and communication; industrial; and technical.
This presentation provides a roadmap for the deployment of smart grid technology in West Virginia (United States). It discusses the various steps on the way to implementation and describes the unique factors that would affect deployment in West Virginia.
This document sets a foundation for a secure, interoperable smart grid in the United States and is the culmination of several years of work by the Smart Grid Interoperability Panel.