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EIA Full Access MCP. Model complex U.S. energy system interactions.

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EIA Full Access — U.S. Energy Intelligence MCP on Cursor AI Code Editor MCP Client EIA Full Access — U.S. Energy Intelligence MCP on Claude Desktop App MCP Integration EIA Full Access — U.S. Energy Intelligence MCP on OpenAI Agents SDK MCP Compatible EIA Full Access — U.S. Energy Intelligence MCP on Visual Studio Code MCP Extension Client EIA Full Access — U.S. Energy Intelligence MCP on GitHub Copilot AI Agent MCP Integration EIA Full Access — U.S. Energy Intelligence MCP on Google Gemini AI MCP Integration EIA Full Access — U.S. Energy Intelligence MCP on Lovable AI Development MCP Client EIA Full Access — U.S. Energy Intelligence MCP on Mistral AI Agents MCP Compatible EIA Full Access — U.S. Energy Intelligence MCP on Amazon AWS Bedrock MCP Support

Just plug in your AI agents and start using Vinkius.

EIA Full Access — U.S. Energy Intelligence gives your AI client direct access to 34 specialized tools covering every major facet of US energy data.

Track WTI/Brent crude prices, analyze Henry Hub gas storage levels, model electricity generation across 100k+ sources, and forecast national emissions from coal through renewables.

It’s the single source for cross-commodity U.S. market intelligence.

What your AI agents can do

Get annual outlook

Provides 30-year U.S. energy projections for production, consumption, and prices using the National Energy Modeling System (NEMS).

Get coal prices

Retrieves detailed coal market prices by rank, region, and mine type, including bituminous and lignite breakdowns.

Get coal production

Gets coal production volumes broken down by state, mine type, and resource rank.

+ 31 more capabilities included
Model cross-commodity price differentials

Compare the cost trajectories of oil, natural gas, and coal using specific price tools like get_petroleum_prices and get_natgas_prices.

Analyze state-level energy profiles

Retrieve decades of granular data for any US state—including production, consumption, and emissions—using the get_state_energy_data tool.

Track real-time grid supply metrics

Pull current electric grid demand estimates (get_grid_demand) alongside generator inventory data from over 100,000 operational units.

Forecast long-term energy transitions

Run multi-decade projections for U.S. energy supply and prices using the National Energy Modeling System (NEMS) via get_annual_outlook.

Map global commodity movements

Determine international trade flows, covering both petroleum (get_petroleum_trade) and natural gas (get_natgas_trade), by country and volume.

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AI Agent

EIA Full Access — U.S. Energy Intelligence: 34 Tools

Use these 34 tools to analyze every major facet of the U.S. energy market, from state-level emissions data to global commodity price forecasting.

get019d758d

get annual outlook

Provides 30-year U.S. energy projections for production, consumption, and prices using the National Energy Modeling System (NEMS).

get019d758d

get coal prices

Retrieves detailed coal market prices by rank, region, and mine type, including bituminous and lignite breakdowns.

get019d758d

get coal production

Gets coal production volumes broken down by state, mine type, and resource rank.

get019d758d

get coal quality

Provides specific data on coal consumption metrics: heat content, sulfur, and ash levels.

get019d758d

get coal reserves

Determines current coal reserves, productive capacity estimates, and existing stocks.

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get coal trade

Lists international coal imports and exports by country, volume, and price.

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get crude imports

Sources crude oil import data from the EIA, broken down by country, company, type, and grade.

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get crude production

Retrieves current U.S. crude oil production volumes and reserve estimates.

get019d758d

get electricity prices

Gets retail electricity prices by state and sector, sourced from EIA-826 and EIA-861 reports.

get019d758d

get generator inventory

Lists the inventory of every operable power generator in the U.S., covering over 100,000 units.

get019d758d

get grid demand

Provides real-time hourly and daily electric grid demand data for all major U.S. grid operators.

get019d758d

get international data

Retrieves energy production, consumption, and emissions data at a country level worldwide.

get019d758d

get international outlook

Delivers global energy projections (IEO) covering international production, consumption, and emissions by region and fuel type.

get019d758d

get mine production

Gets individual coal mine-level output data from EIA-7A and MSHA records.

get019d758d

get natgas consumption

Shows natural gas consumption volumes by sector, both nationally and within specific states.

get019d758d

get natgas prices

Tracks various natural gas prices: Henry Hub spot price, citygate, wellhead, industrial, and residential rates.

get019d758d

get natgas production

Provides gross withdrawal and marketed production volumes for the natural gas sector.

get019d758d

get natgas reserves

Details current proved reserves data and exploration metrics for the natural gas commodity.

get019d758d

get natgas storage

Gets weekly underground natural gas storage levels, a key factor in market trading volatility.

get019d758d

get natgas summary

Delivers an overview of the entire natural gas balance: total production, consumption, imports, exports, and storage changes.

get019d758d

get natgas trade

Tracks the movement of natural gas via imports, exports, and major pipeline flows across borders.

get019d758d

get nuclear outages

Retrieves data on nuclear power plant outages, which impacts regional electricity supply.

get019d758d

get petroleum consumption

Details petroleum consumption and sales figures, broken down by specific product type and industry sector.

get019d758d

get petroleum prices

Gets prices for major petroleum products like WTI, Brent, gasoline, diesel, and heating oil.

get019d758d

get petroleum stocks

Tracks the total volume of stored petroleum, including commercial reserves plus the Strategic Petroleum Reserve (SPR).

get019d758d

get petroleum summary

Calculates the full petroleum supply/demand balance using production, imports, exports, stocks, and consumption data.

get019d758d

get petroleum trade

Provides detailed records of petroleum imports, exports, and general commodity movements.

get019d758d

get plant generation

Reports on individual power plant operations, including net generation (MWh), fuel consumption, and heat rates.

get019d758d

get power generation

Sources electric power generation data by state, sector, and specific fuel source from EIA-923.

get019d758d

get refinery operations

Provides data on refinery capacity, current utilization rates, and overall processing volumes.

get019d758d

get short term outlook

Delivers the STEO forecast: 18-month U.S. energy price and supply projections published monthly by EIA.

get019d758d

get state electricity profiles

Retrieves comprehensive electricity profiles for individual states, detailing their power mix and usage patterns.

get019d758d

get state energy data

The primary source for state-level energy data (SEDS), covering production, consumption, prices, and expenditures from 1960 onward.

get019d758d

get total energy

Provides a comprehensive U.S. total energy overview (MER) including production, stocks, trade, and emissions across all major sources.

Choose How to Get Started

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Start building

Make Your AI Do More

Start with EIA Full Access — U.S. Energy Intelligence, then connect any of our 4,700+ other servers whenever your AI needs more. One click, no limits.

  • Use this MCP plus 4,700+ others, all in one place
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  • Works with Claude, ChatGPT, Cursor, and more
  • New servers added to the catalog every week

What you can do with this MCP connector

This MCP Server gives your AI client straight access to the massive dataset from the U.S. Energy Information Administration (EIA), letting you cut through all the PDFs and junk data out there. You don't have to stitch together information from dozens of places; you just ask, and your agent pulls complex relationships across every major energy sector.

Petroleum Markets: Tracking Oil & Products

You can get a full picture of oil supply and demand using get_petroleum_summary, which calculates the total balance by pulling together production, imports, exports, stocks, and consumption data. For specific pricing, use get_petroleum_prices to check costs for WTI, Brent, gasoline, diesel, and heating oil. You'll also find import details with get_crude_imports, which sources crude oil movement by country, company, type, and grade, and tracks general commodity movements using get_petroleum_trade.

When you need to know how much oil is stored up, use get_petroleum_stocks to monitor the total volume of stored petroleum, including commercial reserves plus the Strategic Petroleum Reserve. To track current U.S. crude output and reserve estimates, pull data with get_crude_production, and for a detailed look at sales figures by product type and industry sector, use get_petroleum_consumption.

Natural Gas: Monitoring Storage & Pricing

Understanding natural gas requires checking several points. You can monitor the key market indicator—weekly underground storage levels—with get_natgas_storage, which tracks the supply that dictates trading volatility. For price movements, use get_natgas_prices to pull Henry Hub spot prices, citygate rates, wellhead figures, and industrial/residential rates. To get a complete overview of gas balance, run get_natgas_summary; this tool delivers total production, consumption, imports, exports, and storage changes for the entire sector.

You'll find details on how much natural gas is produced using get_natgas_production, while proving reserves and exploration metrics come from get_natgas_reserves. For tracking movement across borders, use get_natgas_trade to see imports, exports, and major pipeline flows. Finally, you can show where the consumption is happening by checking volumes by sector with get_natgas_consumption, or seeing how much gas leaves the country using get_natgas_trade.

Electricity & Power Generation: Mapping the Grid

Need to know what's powering the grid? You can get real-time hourly and daily electric grid demand data for all major U.S. operators via get_grid_demand. To track supply capacity, list every operable power generator using get_generator_inventory, which covers over 100,000 units. For state-specific insight, you can retrieve retail electricity prices by state and sector with get_electricity_prices (sourced from EIA-826 and EIA-861 reports), and pull comprehensive state profiles—including power mix and usage patterns—with get_state_electricity_profiles.

To see how individual plants are running, use get_plant_generation, which reports net generation (MWh) and heat rates. You can also source electric power data by state, sector, and fuel type using get_power_generation (EIA-923), or get a full operational picture of the industry with get_refinery_operations, which provides utilization rates for refineries.

Coal: Mining & Market Deep Dive

Analyzing coal requires digging deep into specific metrics. You can check current coal reserves and productive capacity estimates using get_coal_reserves. For production data, use get_coal_production to see volumes broken down by state, mine type, and resource rank, or get individual output records from mines with get_mine_production (EIA-7A and MSHA). Specific market pricing is available through get_coal_prices, which details prices by rank, region, and mine type—including bituminous and lignite breakdowns.

When you need to know about the coal itself, get_coal_quality provides specific metrics on heat content, sulfur, and ash levels. Tracking international trade flows for coal is simple with get_coal_trade, which lists imports and exports by country, volume, and price.

State & Global Intelligence: Big Picture View

For the biggest picture, use get_total_energy to get a comprehensive U.S. total energy overview (MER) across all sources. When you need historical context or granular state data, run get_state_energy_data; this is your primary source for state-level records covering production, consumption, prices, and expenditures from 1960 onward. If you're looking beyond U.S. borders, get_international_data provides energy metrics at a country level worldwide, while get_international_outlook gives global energy projections (IEO) by region and fuel type.

For long-term planning, run the National Energy Modeling System (NEMS) via get_annual_outlook, which offers 30-year U.S. energy projections for prices, production, and consumption. To forecast immediate changes in price and supply, check out the STEO forecast using get_short_term_outlook, delivering 18-month U.S. energy price and supply projections published monthly by EIA.

How EIA Full Access MCP Works

  1. 1 You ask your agent a complex question that requires multiple data inputs, like 'How does high Henry Hub pricing affect coal plant utilization in Texas?'
  2. 2 The AI client interprets the query and automatically invokes several specific tools—for instance, get_natgas_prices, get_coal_prices, and get_state_electricity_profiles.
  3. 3 The server aggregates the raw data from all 34 sources and returns a synthesized, structured report that directly answers your question.

The bottom line is: it runs multiple specialized energy tools at once to build an answer, instead of just giving you single-point data feeds.

Who Is EIA Full Access MCP For?

Energy consultants, financial modelers, and utilities analysts need this. If your job involves predicting market shifts or stress-testing a grid, you're here. Stop clicking between government databases; use this to query the entire U.S. energy system in one prompt.

Energy Consultant

Uses get_petroleum_summary and get_natgas_summary together to build a macro-market report comparing oil vs gas supply/demand balances.

Utilities Analyst

Runs get_grid_demand combined with get_generator_inventory to assess local grid stress and capacity shortfalls in specific regions.

Financial Modeler

Compares commodity price volatility by running get_coal_prices, get_petroleum_prices, and get_natgas_prices to model portfolio risk.

What Changes When You Connect

  • Cross-Commodity Modeling: Don't just check gas prices; model the relationship between natural gas costs (get_natgas_prices) and coal plant utilization using get_coal_prices. This builds a full picture of generation cost risk.
  • State-Level Granularity: Instead of national averages, use get_state_energy_data to pinpoint state-specific trends. You can track how Texas's electricity profiles (get_state_electricity_profiles) compare to California's over 60 years.
  • Systemic Risk Assessment: Track both supply and demand simultaneously. Compare current petroleum stocks (get_petroleum_stocks) against predicted consumption from get_total_energy to identify immediate market vulnerability.
  • Forecasting Depth: Go beyond simple trend lines by using the STEO via get_short_term_outlook. This gives you a structured, 18-month price and supply forecast, which is essential for capital planning.
  • Integrated Operations View: Get an operational picture by combining data from multiple sources—such as linking high grid demand (get_grid_demand) to available generation capacity (get_generator_inventory).

Real-World Use Cases

01

Assessing the impact of a pipeline slowdown.

A logistics planner needs to know how reduced gas flow affects power supply. They ask their agent to run get_natgas_trade and cross-reference it with get_power_generation. The agent reports that even minor natural gas trade drops significantly raise projected electricity costs via the primary fuel source.

02

Building a multi-decade climate model.

A policy team needs to project emissions targets. They use get_state_energy_data to track historical emissions and then run get_annual_outlook to simulate the necessary energy mix shifts needed to hit net-zero goals by 2050.

03

Comparing oil vs. gas investment viability.

An investor needs a deep dive on commodity risk. They run get_petroleum_summary for current supply/demand and then compare it directly to the output of get_natgas_summary. The agent highlights that while crude stocks are high, natural gas storage is volatile, suggesting short-term investment risk.

04

Modeling a major weather event's impact.

A utility planner anticipates extreme cold. They check get_grid_demand against available capacity from get_generator_inventory, then cross-reference the required fuel mix using get_coal_prices and get_natgas_prices to calculate projected rate hikes.

The Tradeoffs

Treating energy data as isolated points

Asking only for the current WTI price using get_petroleum_prices. This gives you a number but tells you nothing about the underlying market dynamics, reserves, or consumption trends.

To understand the full picture, combine that query with get_petroleum_summary and get_petroleum_stocks. This forces your agent to model supply/demand balance, not just report a price.

Ignoring historical context

Querying only the current electricity prices via get_electricity_prices. You miss how that price relates to long-term state trends or federal energy policy shifts.

Always start with get_state_energy_data first. It provides the 1960–present baseline, giving context before you look at today's numbers.

Assuming a simple linear relationship

Thinking that if oil prices go up, electricity demand must follow linearly. You miss the complex interplay of grid capacity and competing fuel sources.

Use get_total_energy to get an aggregate overview, but then drill down into specific tools like get_power_generation, which includes details by fuel source.

When It Fits, When It Doesn't

Use this server if your problem is systemic. You are modeling risk, predicting shifts, or building a comprehensive report that requires triangulating data across multiple commodities (oil vs gas vs coal) and geographies (state vs international). The best queries combine the outputs of three or more tools—for example, correlating get_coal_prices with get_grid_demand and get_power_generation.

Don't use this if you only need a single data point. If all you need is 'What is the current WTI price?', then running 34 tools is overkill; a simpler, dedicated API call would suffice. This server shines when you need to know why that number is what it is.

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 34 capabilities that interface natively with Claude, ChatGPT, Cursor, and any MCP client. No middleware. No custom integration required.

Available Capabilities

get_annual_outlook get_coal_prices get_coal_production get_coal_quality get_coal_reserves get_coal_trade get_crude_imports get_crude_production get_electricity_prices get_generator_inventory get_grid_demand get_international_data get_international_outlook get_mine_production get_natgas_consumption get_natgas_prices get_natgas_production get_natgas_reserves get_natgas_storage get_natgas_summary get_natgas_trade get_nuclear_outages get_petroleum_consumption get_petroleum_prices get_petroleum_stocks get_petroleum_summary get_petroleum_trade get_plant_generation get_power_generation get_refinery_operations get_short_term_outlook get_state_electricity_profiles get_state_energy_data get_total_energy

The hardest part of energy planning isn't finding data—it’s compiling it.

Today, modeling the U.S. energy system means jumping between EIA websites: checking oil prices on one tab, gas storage levels on another PDF download, and state electricity generation on a third government dashboard. You spend hours just copying and pasting data points to build a single picture of supply/demand balance.

With this MCP server, you ask your agent one question—like 'What's the risk profile for U.S. power generation next quarter?'—and it runs the necessary tools (`get_grid_demand`, `get_natgas_storage`, `get_coal_prices`) and delivers a structured answer in seconds.

EIA Full Access MCP Server: Get a full energy balance view.

Forget manually tracking 34 different data feeds. No more juggling `get_international_data` for global context while simultaneously checking local emissions with `get_state_energy_data`. The server handles the cross-referencing automatically.

The result is a unified view of energy—from deep historical state records to current commodity trade movements—all in one place. It's the single source you need.

Common Questions About EIA Full Access MCP

How do I check current natural gas storage levels using get_natgas_storage? +

The get_natgas_storage tool pulls the weekly underground storage report. This tells you current Bcf levels, which is crucial for predicting short-term price volatility and market readiness.

What kind of data can I get with get_state_energy_data? +

This tool provides the definitive source for state-level energy analysis. You can retrieve production, consumption, prices, and expenditures for any US state spanning from 1960 to today.

Can I compare oil and gas pricing using get_petroleum_prices and get_natgas_prices? +

Yes. You can run both tools in tandem. This lets you model how the price gap between WTI crude and Henry Hub natural gas changes, which is key for refining margins.

How do I analyze total US energy mix? Use get_total_energy. +

get_total_energy runs a comprehensive review (MER) that aggregates production, stocks, and emissions across all major sources—oil, gas, coal, electricity, etc.—giving you the national balance sheet.

What is get_short_term_outlook for? +

get_short_term_outlook provides the STEO forecast. It gives structured 18-month projections on energy prices and supply, which is better than relying on simple linear trend lines.

When I run `get_coal_prices`, what specific types of coal data can I get? +

You get market prices broken down by rank, region, and mine type. The tool provides separate pricing for bituminous, subbituminous, lignite, and anthracite coals so you don't have to manually calculate averages.

How detailed is the data when using `get_crude_imports`? +

The function pulls granular import data, allowing you to filter by country, company, product type, and oil grade. This lets you track specific supply chains rather than just total barrels.

What is the scope of energy coverage using `get_international_data`? +

It covers country-level production, consumption, and emissions for multiple fuel types globally. You can get a high-level comparison across regions, making it useful for geopolitical analysis.

Why choose Full instead of individual servers? +

The Full server bundles all 34 tools from all 6 domain-specific servers in a single integration. Essential for cross-commodity analysis — comparing oil vs gas prices, tracking the renewable transition across generation and consumption data, or building comprehensive energy dashboards.

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