EIA Electricity MCP. Model the full U.S. power grid from pricing to plant operations.
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EIA Electricity — Power Grid Intelligence MCP Server provides real-time and historical data on the entire U.S. power grid. Access hourly grid demand by balancing authority, generation mix (coal, gas, nuclear, solar, wind, hydro) by state, current retail electricity prices (¢/kWh), and detailed operational status for over 100,000 generators.
This data comes from EIA-860, EIA-923, and EIA-930 surveys, letting you analyze everything from state-level profiles to individual plant consumption.
What your AI agents can do
Get electricity prices
Gets current retail electricity prices by specifying a U.S. state and the sector (residential, commercial, industrial).
Get generator inventory
Lists the capacity, fuel source, and location for every operable generator in the U.S. grid.
Get grid demand
Retrieves hourly or daily electric grid demand data for major U.S. balancing authorities.
The tool retrieves current retail electricity prices, separating rates for residential, commercial, and industrial users.
The tool pulls inventory data for over 100,000 U.S. generators, detailing their capacity, fuel source, and location.
The tool fetches hourly or daily electricity demand figures for major U.S. grid operators.
The tool provides operational metrics for specific plants, including net generation (MWh), fuel use, and heat rates.
The tool generates a high-level view of electric power output, broken down by state, energy sector, and primary fuel source.
The tool pulls together aggregated profiles covering various metrics for an entire state's energy market.
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EIA Electricity: 6 Tools for Grid Data Analysis
Use these six tools to analyze everything from retail electricity prices and grid demand to individual plant operations and state-level energy profiles.
019d758dget electricity prices
Gets current retail electricity prices by specifying a U.S. state and the sector (residential, commercial, industrial).
019d758dget generator inventory
Lists the capacity, fuel source, and location for every operable generator in the U.S. grid.
019d758dget grid demand
Retrieves hourly or daily electric grid demand data for major U.S. balancing authorities.
019d758dget plant generation
Gets detailed operational data for a single power plant, including its net generation, fuel use, and heat rate.
019d758dget power generation
Provides a summary of electric power output across the U.S., broken down by state, sector, and fuel source.
019d758dget state electricity profiles
Pulls comprehensive, aggregated electricity data covering various metrics for an entire state.
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What you can do with this MCP connector
Your agent uses the get_grid_demand tool to fetch hourly or daily electric demand figures for major U.S. balancing authorities. It lets you check the get_electricity_prices tool for current retail electricity rates by specifying a U.S. state and whether the user is residential, commercial, or industrial. You can use get_generator_inventory to list the capacity, fuel source, and location for every operable generator in the U.S. grid.
If you need to look at a specific power plant, the get_plant_generation tool gives you operational metrics like net generation (MWh), fuel use, and heat rate. You can use get_power_generation to get a summary of electric power output across the U.S., broken down by state, energy sector, and primary fuel source.
Finally, the get_state_electricity_profiles tool pulls together aggregated profiles covering various metrics for an entire state's energy market.
How EIA Electricity MCP Works
- 1 Specify the required data point—for example, 'I need the residential electricity price for Texas' or 'Show the coal generation in Pennsylvania.'
- 2 Your agent calls the appropriate tool (e.g.,
get_electricity_pricesorget_power_generation) and passes the necessary parameters like state or fuel type. - 3 The system returns a structured data payload containing the requested metrics, letting you build a full picture of the grid's operational status.
The bottom line is that you don't have to visit five different EIA websites; you get all the data points in one conversation.
Who Is EIA Electricity MCP For?
The grid operator who needs to know if the current generation mix can handle a projected spike in demand. The energy trader who needs to correlate real-time pricing spikes with specific generation sources. Or the ESG analyst who must build a report detailing state-by-state renewable capacity. You use this when the energy market's complexity requires more than a simple dashboard.
Correlates get_electricity_prices fluctuations with get_grid_demand spikes to time trades and maximize revenue.
Checks get_plant_generation and get_generator_inventory to ensure sufficient local capacity is online before a major weather event.
Uses get_state_electricity_profiles to assess the stability and growth potential of regional energy markets.
Runs get_power_generation to quantify the current reliance on non-renewable sources across different states.
What Changes When You Connect
- See the full cost picture. The
get_electricity_pricestool separates retail rates by state and sector (residential, commercial, industrial), letting you know exactly what energy costs the end user. - Track every piece of equipment.
get_generator_inventorylists over 100,000 operable generators; you see their capacity and whether they run on coal, gas, or solar. - Forecast load spikes.
get_grid_demandprovides real-time hourly and daily demand figures for major balancing authorities, letting you plan for peak load events. - Analyze generation sources.
get_power_generationshows the total electric output across the U.S., allowing you to track the mix of power from coal, nuclear, wind, and hydro. - Deep-dive into specific assets.
get_plant_generationlets you check a single plant’s performance, including its net MWh output and fuel consumption rates. - Compare regional markets.
get_state_electricity_profilesgives a complete snapshot of an entire state's energy market, letting you compare regional stability at a glance.
Real-World Use Cases
Modeling a peak-load event
A utility operator needs to know if the grid can handle a heatwave spike. They ask the agent to correlate get_grid_demand (for current load) with get_power_generation (to see total capacity). The agent then cross-references this with get_generator_inventory to pinpoint which specific generator types need to be brought online to avoid instability.
Assessing market transition risk
An ESG analyst needs to report on the shift away from fossil fuels. They run get_power_generation to track the percentage of non-renewable sources, then use get_state_electricity_profiles to compare that trend across different states, quantifying the regional decarbonization progress.
Timing a bulk energy purchase
An energy trader must decide when to buy large amounts of power. They use get_electricity_prices to find a state with low industrial rates, then check get_grid_demand to ensure the load is predicted to be high, confirming a profitable window for buying capacity.
Investigating localized outages
A regional planner investigates why a small area went dark. They check get_plant_generation for nearby assets to see if a specific plant was underperforming, and then use get_state_electricity_profiles to see if the issue is localized or part of a broader state infrastructure problem.
The Tradeoffs
Assuming synchronous data
Trying to run all six tools one after another in a single request, hoping the last result will incorporate the data from the first. This fails if the first API call times out, stopping the whole process and giving you stale data.
→
Don't rely on sequential calls. Instead, ask your agent to prioritize: first, run get_grid_demand for the target timeframe; second, run get_electricity_prices for the region; and finally, use get_power_generation to see the available mix. This focused sequence minimizes failure risk.
Ignoring source specificity
Asking for 'total capacity in California.' This vague prompt forces the agent to guess, likely pulling a generic, unfilterable aggregate that doesn't meet your specific needs.
→
Be precise. If you need the inventory, use get_generator_inventory and specify the fuel type. If you need the market overview, use get_state_electricity_profiles for the full set of metrics.
Treating data as static
Using get_generator_inventory from last month's data to plan next month's capacity, ignoring real-time changes in plant status or operational limits.
→
Always check the operational status. Start with get_grid_demand to set the time window, and then use get_plant_generation to confirm if specific assets are currently running and consuming fuel as expected.
When It Fits, When It Doesn't
Use this server if your analysis requires correlating five or more distinct energy metrics: demand, pricing, and generation mix, across multiple geographical units (states, sectors). You need to model the relationship between a price spike and a constrained generation source.
Don't use this if your question is simple, like 'What is the average price in New York?' For that, a single, targeted search or a basic database query is enough. If you only need a high-level view of capacity without knowing the fuel type, get_state_electricity_profiles works. But if you need to know why the capacity is changing—the fuel, the owner, the location—you must use the full suite of tools, especially get_generator_inventory and get_plant_generation.
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 6 capabilities that interface natively with Claude, ChatGPT, Cursor, and any MCP client. No middleware. No custom integration required.
Available Capabilities
Energy markets don't run on simple spreadsheets.
Today, figuring out a state's energy picture means juggling three different portals: one for wholesale prices, one for current demand forecasts, and a third for the mix of power sources. You copy-paste data from a Price Index report into a spreadsheet, then manually cross-reference it with the State's EIA demand chart. It's a messy, time-consuming process that always leaves you questioning if your data is synchronized.
With the EIA Electricity MCP Server, you ask your agent to correlate the data. You can ask: 'What were the prices in Texas when the grid demand spiked last quarter?' The agent runs `get_electricity_prices` and `get_grid_demand` together, giving you the direct correlation without the manual data stitching. You get the answer, not the raw data dump.
get_power_generation: Understand the energy mix.
Manually determining the exact source of power at any given time is nearly impossible. You'd need to check multiple state reports and then run complex calculations to estimate the contribution of every fuel source (coal, gas, wind, etc.) to the total output. This takes days of analyst time.
Now, using `get_power_generation`, you get the full picture immediately. You ask for the mix by state and fuel source, and the agent returns the structured breakdown. It's the difference between spending a week on a report and getting the core finding in three seconds.
Common Questions About EIA Electricity MCP
How does get_electricity_prices work? Does it cover all sectors? +
It gets retail electricity prices by state and separates them by sector. You can compare residential, commercial, and industrial rates in one query.
Can get_generator_inventory give me capacity details for a whole state? +
It lists over 100,000 individual generators, so you can filter by state and see the capacity details for every operable unit, not just a state average.
Is get_grid_demand real-time enough for trading? +
It provides hourly and daily demand figures for major U.S. grid operators, which is sufficient for medium-term trading strategy planning. For sub-minute arbitrage, you need a different feed.
What is the difference between get_power_generation and get_state_electricity_profiles? +
get_power_generation gives a direct, structured breakdown of total power output by fuel and state. get_state_electricity_profiles gives a broader, aggregated profile covering many metrics for the entire state.
Can I track a single plant's status using get_plant_generation? +
Yes. get_plant_generation provides specific operational data for individual plants, including net MWh generated, fuel consumption, and heat rates.
When calling get_generator_inventory, what are the typical limitations or filtering options for generator location? +
The tool allows filtering by location, including specific states or geographical areas. You can narrow the search to target certain regions of the U.S. grid.
Does get_grid_demand provide historical data, or only the most recent hourly demand figures? +
get_grid_demand handles both. You can request historical hourly and daily data for specific balancing authorities, letting you model demand changes over time.
What fuel sources are included when running get_power_generation for a state? +
The tool covers major fuel sources, including coal, natural gas, nuclear, wind, solar, and hydro. This gives you a complete picture of a state's generation mix.
Does EIA track real-time grid data? +
Yes! The EIA-930 survey collects hourly data from all major U.S. balancing authorities. This includes demand, net generation, and interchange — updated daily with hourly granularity.
Use it with your favorite AI tools
Connect this server to Cursor, Claude, VS Code, and more.
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