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A service for automated energy charge/discharge management

  • Why this server?

    This server enables interaction with the Lightning Network by providing an MCP-compliant API to pay invoices, potentially relevant for managing energy storage related transactions or payments.

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    Enables AI models to interact with the Lightning Network by providing an MCP-compliant API to pay invoices.
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    3
    TypeScript
    MIT License
  • Why this server?

    This server could be integrated to manage and access data related to energy consumption or storage within a PocketBase database, allowing for automated operations.

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    A comprehensive MCP server that provides sophisticated tools for interacting with PocketBase databases. This server enables advanced database operations, schema management, and data manipulation through the Model Context Protocol (MCP).
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    30
    JavaScript
    MIT License
  • Why this server?

    If the energy storage system uses a database that can be accessed via JDBC (such as Postgres, MySQL, etc.), this server could enable automated data manipulation and control.

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    MCP to access any database accessible via JDBC such as Postgres, Oracle, mysql, mariadb, sqlite etc.
    88
    Apache 2.0
  • Why this server?

    This server could be used if the energy storage service involves IoT devices controlled via Home Assistant, enabling automated control of charging/discharging based on certain triggers.

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    Access Home Assistant data and control devices (lights, switches, thermostats, etc).
    6
    123
    TypeScript
    Apache 2.0
  • Why this server?

    If the energy storage system involves custom API endpoints defined by OpenAPI specs, this server enables automatic interaction and control via AI.

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    An MCP server that exposes HTTP methods defined in an OpenAPI specification as tools, enabling interaction with APIs via the Model Context Protocol.
    2
    Python
    MIT License
  • Why this server?

    If the energy storage service needs to send notifications regarding charging/discharging events or system status, this server could facilitate automated alerts.

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    Enables sending messages to webhook endpoints through the MCP protocol, supporting custom content, display names, and avatar URLs.
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    62
    7
    JavaScript
    MIT License
  • Why this server?

    This server would allow for time-based automation of energy storage processes, such as setting up charging schedules or triggering actions based on specific times or intervals.

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    security
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    An MCP server providing timezone conversions and time-related operations via RESTful API endpoints, featuring comprehensive error handling and timezone database integration.
    Python
  • Why this server?

    Useful to define a custom knowledge-graph for Claude to help understand the system, store data and enable more advanced prompt enginering and interactions

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    A basic implementation of persistent memory using a local knowledge graph. This lets Claude remember information about the user across chats.
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    9,068
    37,968
    JavaScript
    MIT License
  • Why this server?

    Useful to define custom integrations with external tool / systems required by the energy storage system

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    This is an MCP server that facilitates building tools for interacting with various APIs and workflows, supporting Python-based development with potential for customizable prompts and user configurations.
    Python