Introducing the U.S. Energy Information Administration (EIA) redesigned International Energy Portal

The U.S. Energy Information Administration (EIA) has redesigned its International Energy Portal to streamline navigation, simplify data presentation, and implement responsive design use. EIA based many of the redesigned aspects on customer feedback about the earlier beta release of the portal.

The International Energy Portal contains EIA’s country-level energy data. Users can view and download datasets for consumption, production, trade, reserves, and carbon dioxide emissions for different fuels and energy sources. The portal also provides access to EIA’s entire library of international reports, articles, and analyses, including Country Analysis Briefs.

Find data in fewer steps.

Users can select and explore prepopulated, fuel-specific default tables that provide annual data on energy production, consumption, trade, and reserves. Data options allow users to change time frequency and energy units, add sources and activities, and select other countries for comparison.

Customize data tables.

Customizable data tables allow users to sort by energy source and activity or by country and region. Users can now see and select countries within continental regions, International Energy Agency regions, and economic groups.

Tailor visualizations to user needs.

Animated maps allow users to see how trends in energy production, consumption, reserves, imports, and exports have changed over time. Other visualization options include heat maps, bubble maps, and time series.

Export data easily.

EIA’s international information is easily downloaded as data, maps, and charts for presentations, reports, and spreadsheets. Data downloads are available in CSV and JSON formats. Application Programming Interface (API) keys are available with EIA’s Microsoft Excel and Google Sheets add-ins, which make regular data updates much easier. Users can also download static versions of charts and tables in PDF or PNG image files.

Hourly Electric Grid Monitor reports new information on U.S. electricity demand, net generation, and interchange collected by the U.S. Energy Information Administration

To a federal statistical agency like the U.S. Energy Information Administration (EIA), there’s nothing more satisfying than providing needed information that can facilitate more informed analysis and policy decisions on a national and regional level. EIA recently launched its new Hourly Electric Grid Monitor, a redesigned and enhanced version of EIA’s existing U.S. Electric System Operating Data website.  The data for the Hourly Electric Grid Monitor come from the Form EIA-930, Hourly and Daily Balancing Authority Operations Report, which collects hourly electricity demand, forecast demand, net generation, and interchange data from the 65 electricity balancing authorities that operate the electric grid in the Lower 48 states.  The Hourly Electric Grid Monitor incorporates two new data elements: hourly electricity generation by energy source and hourly subregional demand. The new website also provides new and more flexible options for visualizing the data and allows users to create custom dashboards that can be saved and shared.

Although electric system balancing authorities covering most of the United States have released real-time information on grid operations since the late 1990s, EIA’s Hourly Electric Grid Monitor expands the availability of data to the entire contiguous 48 states, and makes it available in a consistent format from a single source.

Among other applications, the data can be used to provide timely information on electric system recovery after power interruptions and to help evaluate the effects of renewable energy, smart grid, and demand-response programs on power system operations.  The tool allows you to visualize and analyze:

  • Total U.S. and regional electricity demand on an hourly basis
  • The varied mix of energy sources used to generate electricity at different times and locations
  • The hourly flow of electricity between electric systems
  • The wide variety in electric systems’ daily demand shapes and the seasonality of daily demand patterns
  • The extent to which electric systems rely on internal and external sources of supply to meet their demand
  • Potential stress on electric systems when actual demand significantly exceeds forecasted demand
  • Total hourly flows of electricity with Canada and Mexico

Have fun exploring!

APIs from the Energy Information Administration

The Energy Information Administration collects statistics on energy generation, distribution and consumption in the United States. Their new APIs provide developers easy access to EIA’s extensive data on electricity, petroleum, natural gas, and more.

Through its application programming interface (API), the U.S. Energy Information Administration (EIA) makes available free and open data to our customers about the major energy sources used in the United States. The data in the API is also available in bulk file, in Excel via the add-in, in Google Sheets via an add-on, and via widgets that embed interactive data visualizations of EIA data on any website. By making EIA data available in machine-readable formats, private, non-profit, and public customers can easily use this data to find new ways to innovate, research, and make important decisions, all powered by public data.

Currently, our API contains the following main data sets:

  • Hourly electricity operating data, including actual and forecast demand, net generation, and the power flowing between electric systems
  • 408,000 electricity series organized into 29,000 categories
  • 30,000 State Energy Data System series organized into 600 categories
  • 115,052 petroleum series and associated categories
  • 34,790 U.S. crude oil imports series and associated categories
  • 11,989 natural gas series and associated categories
  • 132,331 coal series and associated categories
  • 3,872 Short-Term Energy Outlook series and associated categories
  • 368,466 Annual Energy Outlook series and associated categories
  • 92,836 international energy series
  • For additional information see