Connectez Corrently Energy à ChatGPT, Claude et Gemini

• 01 / 03Analyser les tendances énergétiques
• 02 / 03Calculer les compensations carbone
• 03 / 03Programmer les appareils

Jour le plus rapide

806ms

Jour le plus lent

1161ms

Tendance sur 14 jours

En ralentissement+6%

Corrently Energy Connector

Tout est prêt. Choisissez votre client MCP et suivez les instructions de configuration.

Lien du connecteurhttps://edge.vinkius.com/vk_preview_aWf8FscUsUXtg7e8uunWphsq5JkD39Y0RTVKCa8p/mcpCopier

Claude Desktop

Suivez les étapes ci-dessous pour vous connecter en quelques secondes.

1. 1In Claude Desktop, open Settings → Connectors.
2. 2Click “Add custom connector” and paste the connector link above as the remote MCP server URL.
3. 3Click Add and start a new chat — Corrently Energy capabilities are ready to use.

Configuration · claude_desktop_config.jsonCopier

{
  "mcpServers": {
    "corrently-energy-mcp": {
      "url": "https://edge.vinkius.com/vk_preview_aWf8FscUsUXtg7e8uunWphsq5JkD39Y0RTVKCa8p/mcp"
    }
  }
}

• Claude
• ChatGPT
• Cursor
• VS Code
• Windsurf
• Claude Code
• JetBrains
• Cline

Les instructions pas à pas pour chaque client sont dans le guide. Comment connecter

Configuration guidée pour Claude ? Configurer Corrently Energy avec Claude et les autres IA

Voyez tous les clients IA avec lesquels ce connector fonctionne ↑

• 01

  Propriétaires de panneaux solaires

  Pour prédire la production photovoltaïque et utiliser l'énergie auto-générée au meilleur moment.

• 02

  Conducteurs de véhicules électriques

  Pour planifier les sessions de recharge lors des pics de renouvelables ou des prix les plus bas.

• 03

  Consultants en énergie

  Pour analyser les données de marché, le merit order et les informations de dispatch.

• 04

  Équipes de développement durable

  Pour surveiller l'intensité CO2 et calculer les compensations pour le reporting environnemental.

• 01

  Does this MCP require a Corrently API token?

  Many endpoints work without authentication, but you can enter a Corrently API token to access higher rate limits.

• 02

  Which regions is this data for?

  This MCP provides specific data for the German energy market using 5-digit German zip codes.

• 03

  Can I use this to schedule my electric vehicle charging?

  Yes, you can use the create_energy_schedule capability to build a charging plan optimized for price, solar, or low emissions.

• 04

  How does the AI know when energy is green?

  The agent uses the GrünstromIndex (GSI) and real-time CO2 meter data to identify when renewable energy is most available in your area.

• 05

  What clients can I use with this MCP?

  You can use this MCP with any compatible client, including Claude, Cursor, Windsurf, and VS Code.

• 06

  Do I need an API token to use the Corrently Energy MCP server?

  No! Most Corrently API endpoints work without authentication. An optional token is only needed if you want higher rate limits for heavy usage. Simply subscribe to the server and start querying energy data immediately.

• 07

  What German zip codes are supported for energy forecasts?

  All German Postleitzahl (PLZ) 5-digit zip codes are supported. from 01067 (Dresden) to 80331 (Munich). Simply provide any valid German zip code and the API will return localized energy forecasts for that region's grid area.

• 08

  Can I use this MCP server to optimize when I charge my electric vehicle?

  Absolutely! Use the get_best_hour capability to find optimal charging windows based on renewable energy availability or lowest CO₂ emissions. Then use create_energy_schedule to generate a full optimized charging plan. You can also use get_phev_charge_or_fuel if you drive a plug-in hybrid and need advice on whether to charge electrically or use fuel.

• 09

  How accurate are the solar generation predictions for my photovoltaic system?

  The get_solar_prediction capability provides forecasts based on weather models and your system's kWp capacity. Accuracy depends on location, panel orientation, and weather conditions. It's best used for relative comparisons (e.g., "Will tomorrow be sunnier than today?") rather than absolute precision. For typical home systems (5-10 kWp), day-ahead forecasts are generally within 15-25% of actual generation.

• 

  U.S. EIA Energy Data Connecteur IA

  Equip your AI agent to access official U.S. energy statistics, track electricity generation, and monitor fuel

  Voir
• 

  EIA Energy Outlook — Forecasts & Projections Connecteur IA

  Official U.S. energy forecasts: the Short-Term Energy Outlook (18-month price and supply projections), Annual

  Voir
• 

  EIA State Energy — U.S. Regional Energy Data Connecteur IA

  State-level energy data spanning 65 years: production, consumption, prices, and expenditures for ALL energy so

  Voir
• 

  World Bank Climate & Energy Connecteur IA

  Track CO2 emissions, renewable energy usage, deforestation, and electrification rates using official World Ban

  Voir

Suggestions

• 

  Data Pipeline Prover Connecteur IA

  A data team asked an AI to build an ETL pipeline. No schema contract. No idempotency. No freshness SLA. The pi

  Voir
• 

  EIA Full Access — U.S. Energy Intelligence Connecteur IA

  The ultimate U.S. energy data Mega-Server: 34 tools covering petroleum, electricity, natural gas, coal, energy

  Voir
• 

  Hevo Data (ETL & Data Pipeline) Connecteur IA

  Manage data pipelines via Hevo — list pipelines, monitor destinations, and track usage.

  Voir
• 

  AEMO Australian Energy Connecteur IA

  Access Australian electricity market data — spot prices, demand, generation by fuel type, emissions, and renew

  Voir