EIA Energy Data MCP. Model energy shifts and regional resource needs.
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EIA State Energy — U.S. Regional Energy Data provides three tools for deep energy analysis. You can pull state-level energy statistics (production, consumption, price) from 1960 to today, track total U.S.
energy mix (coal, gas, nuclear, etc.), or check the current status of all U.S. nuclear reactors. It's the definitive source for energy policy, research, and infrastructure planning.
What your AI agents can do
Get nuclear outages
Retrieves the current status and outage data for U.S. nuclear power plants.
Get state energy data
Gets detailed state-level energy data (SEDS), covering production, consumption, prices, and expenditures from 1960 to today.
Get total energy
Provides a comprehensive overview of U.S. total energy, including production, consumption, and emissions for all major sources.
Get detailed, time-series data comparing production, consumption, and expenditure across multiple states and energy sectors.
Access the full national overview, tracking production and consumption for all major energy types (gas, oil, coal, nuclear, etc.) month by month.
Check the current operational status and outage history for all U.S. nuclear power plants.
Determine energy expenditure, including per capita cost and sectoral breakdown, for specific states.
Analyze changes in energy sources or consumption rates over decades, using the 1960-to-present dataset.
Ask AI about this MCP
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EIA State Energy Data: 3 Tools for Energy Analysis
Access state energy data, national energy totals, and nuclear outage status to build a comprehensive view of the U.S. energy ecosystem.
019d758eget nuclear outages
Retrieves the current status and outage data for U.S. nuclear power plants.
019d758eget state energy data
Gets detailed state-level energy data (SEDS), covering production, consumption, prices, and expenditures from 1960 to today.
019d758eget total energy
Provides a comprehensive overview of U.S. total energy, including production, consumption, and emissions for all major sources.
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What you can do with this MCP connector
EIA State Energy — U.S. Regional Energy Data gives your AI client three tools for deep energy analysis. You'll get state-level energy statistics (production, consumption, price) from 1960 to today, track the total U.S. energy mix, and check the current status of all U.S. nuclear reactors. It's the definitive source for energy policy, research, and infrastructure planning.
get_state_energy_data lets you compare state energy metrics. You can pull detailed, time-series data comparing production, consumption, and expenditure across multiple states and energy sectors. You'll track historical energy trends by analyzing changes in energy sources or consumption rates over decades, and you can determine energy expenditure, including per capita cost and sectoral breakdown, for specific states.
get_total_energy gives you the full national overview. You can model total U.S. energy mix, tracking production and consumption for all major energy types—gas, oil, coal, nuclear, and more—month by month. It covers the national picture for production, consumption, and emissions across all major sources.
get_nuclear_outages lets you audit reactor operational status. You'll check the current operational status and outage history for every U.S. nuclear power plant.
How EIA Energy Data MCP Works
- 1 You ask your agent to get state energy data for a specific state or period.
- 2 The agent runs
get_state_energy_data, which pulls production, consumption, and expenditure metrics for that region from 1960 to the present. - 3 You receive a structured data table detailing energy use by source and sector.
The bottom line is that you get a structured data table showing how a specific state's energy use has changed over time, broken down by source and sector.
Who Is EIA Energy Data MCP For?
Anyone working with macro-level resource allocation or infrastructure policy. This is for the utility regulator who needs to model future demand, the academic researcher tracking historical emissions, or the ESG analyst quantifying a company's energy footprint across multiple states.
Uses get_state_energy_data to compare energy consumption patterns between competing states or track historical shifts in the energy mix.
Runs get_total_energy to understand the national context while using get_state_energy_data to identify localized gaps in resource capacity.
Checks get_nuclear_outages to assess immediate grid stability risks, then uses get_state_energy_data to model required capacity increases.
What Changes When You Connect
- See a state's energy use shift over decades.
get_state_energy_datatracks everything from coal consumption to renewable expenditures, giving you a full historical picture. - Get the national picture instantly.
get_total_energyaggregates all major U.S. energy sources—gas, oil, coal, nuclear—into one breakdown, so you never have to piece together different reports. - Check immediate grid status.
get_nuclear_outagesgives you the current operational status of every U.S. nuclear reactor. This is critical for real-time risk assessment. - Compare states side-by-side. Use
get_state_energy_datato run direct comparisons (e.g., Texas vs. California) on total consumption and per capita energy costs. - Analyze economic trends. The tools allow you to calculate energy expenditure—breaking down costs by industrial, residential, and commercial sectors for any state.
Real-World Use Cases
Assessing impact of a new clean energy mandate
A state energy office needs to predict the impact of phasing out coal. They ask the agent to run get_state_energy_data for the last 20 years. The agent runs the tool, isolating coal expenditures and tracking how rapidly other sources (like renewables or natural gas) had to increase their share to maintain total consumption.
Modeling national energy supply chain risks
A national policy maker needs to know how a major natural gas pipeline failure affects the whole grid. They ask the agent to combine get_total_energy with get_nuclear_outages. The agent runs both tools, showing the national total energy production drop and cross-referencing it with potential gaps in nuclear generation.
Comparing economic development between two states
A corporate ESG analyst wants to see which state is more energy-efficient. They ask the agent to compare California and Florida using get_state_energy_data. The agent runs the tool, providing a side-by-side look at per capita energy costs and sectoral consumption to help guide investment decisions.
Emergency preparedness planning
A utility regulator must plan for a major grid failure. They first use get_nuclear_outages for an immediate snapshot. Then, they use get_state_energy_data to pull historical data on state-level consumption rates during previous blackouts, helping them size up necessary emergency reserves.
The Tradeoffs
Using a simple spreadsheet
Trying to track energy trends by manually downloading reports from the EIA website and cross-referencing dates, sources, and states in Excel.
→
Use the agent to call get_state_energy_data. It handles the 1960-to-present time series and state-by-state comparisons in one query, saving hours of data scrubbing.
Looking at data in silos
Only checking get_total_energy for the national view, and then separately looking at get_state_energy_data without a common comparison point.
→ Ask your agent to compare the two tools. It lets you see the national total while simultaneously isolating specific state-level data points, giving you the full context.
Ignoring operational status
Assuming the national grid is stable just because get_total_energy looks high, without checking for localized supply shocks.
→
Always run get_nuclear_outages first. It gives you the immediate, localized operational reality that the broader get_total_energy report might hide.
When It Fits, When It Doesn't
Use this MCP Server if your goal is deep, historical, and comparative energy analysis. You need to know how and why energy use changed over time, comparing state economies or national mixes. The combination of get_state_energy_data (regional depth), get_total_energy (national breadth), and get_nuclear_outages (real-time operational status) is what makes this indispensable.
Don't use this if you just need a single, simple metric, like 'What is the current price of electricity in New York?' For that, a simple lookup API might suffice. This toolset is overkill, but it gives you the necessary historical depth and cross-referencing power that simple APIs lack. If you only care about the current national total, get_total_energy is enough—but you'll miss the state context.
Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by EIA. All third-party trademarks, logos, and brand names are the property of their respective owners. Their use on this website is strictly for informational purposes to identify service compatibility and interoperability.
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Works with Claude, ChatGPT, Cursor, and more
The Model Context Protocol standardizes how applications expose capabilities to LLMs. Instead of operating in isolation, your AI gains direct access to external platforms, live data, and real-world actions through secure, standardized connections.
This server provides 3 capabilities that interface natively with Claude, ChatGPT, Cursor, and any MCP client. No middleware. No custom integration required.
Available Capabilities
Tracking energy trends used to mean downloading dozens of PDFs.
Before this server, figuring out how a state's energy profile changed required navigating the EIA website, downloading multiple annual reports, and manually stitching together data points for each source and year. It was a massive, multi-week data-scrubbing job, and you always risked missing a key column or misinterpreting a legend.
Now, you ask your agent to run `get_state_energy_data`. It pulls the full time series data—production, consumption, and expenditure—for the state you name, right into your workflow. You get the structured, clean data you need, instantly.
The EIA State Energy — U.S. Regional Energy Data MCP Server provides three tools.
You no longer have to jump between a national overview, a state's economic profile, and a list of current reactor outages. Your agent handles the three different data dimensions: `get_total_energy` for the national view, `get_state_energy_data` for the deep dive, and `get_nuclear_outages` for the immediate status.
It’s about having three distinct, verifiable data streams available in one place. You get a complete picture of the entire energy ecosystem—from the national total to the single reactor status—without leaving your chat.
Common Questions About EIA Energy Data MCP
How do I use the get_state_energy_data tool? +
You tell your agent to run get_state_energy_data and specify the state and time frame. This tool gives you a detailed breakdown of energy production, consumption, and expenditure for that state, source, and year.
What is the difference between get_total_energy and get_state_energy_data? +
The difference is scope. get_total_energy gives the national picture—the whole U.S. mix. get_state_energy_data zooms in, giving you the granular, state-by-state data that makes up the national total.
Can I check current nuclear plant status with get_nuclear_outages? +
Yes. The get_nuclear_outages tool gives you the current operational status of every U.S. nuclear reactor, letting you quickly assess localized grid stability risks.
Does the get_state_energy_data tool include price information? +
Yes, it includes price and expenditure data for all sources. This means you can calculate the economic cost per capita for a state, not just the volume of energy used.
Is the data in get_total_energy reliable for forecasting? +
The data is based on the Monthly Energy Review (MER) and covers all major sources. It provides reliable historical data points, which you can use as a strong baseline for forecasting, but always cross-reference with current local reports.
How do I use the get_state_energy_data tool to compare multiple states? +
You pass a list of state names to the tool. For example, you can compare Texas and California directly. The output provides a side-by-side metric comparison for the requested states.
Does get_total_energy provide CO2 emissions data for a specific time period? +
Yes, it includes CO2 emissions metrics. The tool covers total production, consumption, and stocks, which allows you to track emissions across major energy sources like coal and natural gas.
What is the scope and time range of the get_nuclear_outages tool? +
The tool tracks the current status of all U.S. nuclear reactors. It provides real-time outage data, letting you know which plants are operational and which are offline.
What is SEDS? +
SEDS (State Energy Data System) is EIA's comprehensive database of state-level energy statistics covering all 50 states + DC from 1960 to present. It includes production, consumption, prices, and expenditure data for ALL energy sources (petroleum, natural gas, coal, electricity, nuclear, renewables) broken down by sector.
Use it with your favorite AI tools
Connect this server to Cursor, Claude, VS Code, and more.
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