MCP For Claude Marketplace
Mine Power Distribution Designer

Mine Power Distribution Designer MCP Connector for Claude

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Design electrical distribution networks for mining environments, including transformer sizing and cable selection.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized engineering tools for designing electrical distribution networks in mining operations. It allows AI agents to calculate critical parameters such as transformer capacity using calculate_transformer_capacity, select appropriate conductors with size_distribution_cables, and configure safety devices via determine_protection_settings. The toolset also includes analyze_system_efficiency to evaluate how power factor and demand factor impact total apparent power requirements, ensuring designs meet industrial electrical standards.

power-distributiontransformer-sizingcable-selectionelectrical-designmining-engineering

4 tools expose this connector's capabilities to your AI agent.

analyze_system_efficiency

Evaluates the impact of the power factor and demand factor on the overall system sizing

calculate_transformer_capacity

Determines the required rating for a transformer based on the total connected load and operational factors

determine_protection_settings

Calculates the threshold settings for protective devices to prevent equipment damage

size_distribution_cables

Selects appropriate cable specifications to ensure voltage stability across the distribution distance

See how to talk to your AI agent using Mine Power Distribution Designer.

What transformer capacity do I need for a 500kVA load with a 0.8 demand factor and 0.9 power factor?

The recommended transformer capacity is 555.56 kVA with a suggested safety margin of 55.56 kVA.

Calculate the cable size for a 200A load at 480V over a distance of 150 meters with a 3% allowable voltage drop.

The required conductor size is 70.0 mm² with an estimated voltage drop of 2.85%.

What should the trip threshold be for a device with a 150A full load current, a 20% overload margin, and a 1000A fault current?

The pickup current is 150.0 A and the trip threshold is 180.0 A.

You can use the `calculate_transformer_capacity` tool by providing the total connected load, the demand factor, and the power factor.

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