Smard X402 MCP
Provides day-ahead electricity price data with a 15-minute resolution for the Germany-Luxembourg region, supporting paid access through the x402 protocol and including both HTTP and MCP endpoints.
rating : 2 points
downloads : 7.5K
What is SMARD Energy Prices?
SMARD Energy Prices is a service specifically designed to provide day-ahead electricity market price data for the Germany-Luxembourg (DE-LU) region. These data are sourced from the official SMARD platform and have a 15-minute time resolution, which is highly valuable for professionals such as energy traders, renewable energy operators, and energy analysts. This service adopts the innovative x402 micropayment protocol, allowing users to pay per use to access the data without the need for subscriptions or prepayments.How to use SMARD Energy Prices?
Using this service requires three basic steps: First, obtain the payment requirements. Then, pay with USDC tokens through the Base blockchain. Finally, add the payment凭证 to the request to access the data. Two access methods are supported: direct HTTP API calls or integration into AI assistants and development tools via the Model Context Protocol (MCP).Use Cases
This service is suitable for various energy-related scenarios: supporting energy trading decisions, optimizing renewable energy generation, conducting electricity market analysis and research, developing smart grid applications, training energy price prediction models, etc. Both individual developers and enterprise users can access high-quality electricity market price data as needed.Main Features
High-precision electricity price data
Provides day-ahead electricity market prices with a 15-minute resolution for the Germany-Luxembourg region. The data sources are reliable and the updates are timely.
x402 micropayment integration
Adopts the innovative x402 payment protocol, supporting pay-per-use ($0.001 per use) and completing payments with USDC on the Base blockchain.
Dual-protocol access support
Supports both the standard HTTP REST API and the Model Context Protocol (MCP), facilitating integration into various applications and AI tools.
Streamed data transmission
The MCP endpoint supports the streamable-http protocol, enabling real-time data stream transmission, which is suitable for application scenarios that require continuous updates.
Blockchain payment security
All payments are processed through smart contracts on the Base mainnet, ensuring transparent, secure, and tamper-proof transactions.
Advantages
Pay-per-use model: No subscription fees, pay according to actual usage, and the cost is controllable.
High data quality: Sourced from the official SMARD platform with a 15-minute resolution, ensuring accuracy.
Flexible integration: Supports both HTTP and MCP protocols, adapting to different technology stacks.
Convenient payment: Based on blockchain micropayments, with fast transactions and low fees.
Strong real-time performance: Supports streamed transmission, suitable for applications that require real-time data.
Limitations
Requires blockchain knowledge: Users need to understand the Base network and USDC payment operations.
Limited to specific regions: Currently only provides electricity price data for the Germany-Luxembourg region.
Payment threshold: Requires holding USDC and having a small amount of ETH as gas fees on the Base network.
Technical complexity: MCP integration requires some technical configuration experience.
How to Use
Obtain payment requirements
First, send a request to the API endpoint to obtain the current payment requirements and acceptable payment methods.
Prepare a blockchain wallet
Ensure that you have a Base network wallet with enough USDC for payment and a small amount of ETH for gas fees.
Create a payment凭证
Use the x402 client library to generate payment header information, which will trigger a blockchain transaction and generate a payment proof.
Send a request with payment
Add the X-PAYMENT field to the request header, containing the payment凭证, and then send the request to access the data.
MCP integration configuration
If you use the MCP protocol, you need to add server information and corresponding request headers to the configuration file.
Usage Examples
Energy trading analysis
Traders need to obtain the latest electricity market prices in Germany to formulate trading strategies.
Renewable energy optimization
Solar power plant operators need electricity price data to determine the best time for power generation and sales.
Market research report
Energy analysts need historical price data to write market trend reports.
Smart grid application
Engineers developing smart grid dispatching systems need real-time price data.
Frequently Asked Questions
How much USDC do I need to start using?
What is the data update frequency?
What are the differences between the HTTP and MCP methods?
What should I do if the payment fails?
Which programming languages are supported?
What is the historical data range?
How to ensure the security of the data?
Related Resources
Official Homepage
The official homepage of the service, containing the latest information and status.
SMARD Platform
The official source platform for German electricity market data.
x402 Protocol Documentation
Detailed technical documentation and implementation of the x402 micropayment protocol.
Base Blockchain
The official website and documentation of the Base blockchain.
Model Context Protocol
The official documentation and specifications of the MCP protocol.
viem Library Documentation
A TypeScript library for Ethereum and Base blockchain development.

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