MCP For Claude Marketplace
AI Water Consumption Analytics

AI Water Consumption Analytics MCP Connector for Claude

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Calculate water usage, sustainability risk, and cooling ROI for AI data centers.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides precise environmental impact modeling for AI compute workloads. It allows agents to determine the total volume of water required for cooling using calculate_water_consumption, evaluate environmental impact via assess_sustainability_risk, and compare cooling technologies with evaluate_cooling_roi. It also provides regional environmental parameters through get_location_constraints to ensure compliance with local water scarcity and regulations.

water-usageai-computecooling-efficiencywueenvironmental-impact

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

evaluate_cooling_roi

Compares the current cooling method against a proposed alternative to determine benefits

get_location_constraints

Retrieves the specific regulatory and scarcity parameters for a given region

calculate_water_consumption

Determines the total volume of water required to support a specific AI workload

assess_sustainability_risk

Evaluates the environmental risk posed by the water consumption in a specific location

See how to talk to your AI agent using AI Water Consumption Analytics.

How much water will a compute load of 500 units require if using evaporative cooling with a WUE of 1.5?

The total water consumption for a compute load of 500 units with an evaporative cooling system and a WUE of 1.5 is 750 gallons.

What is the sustainability risk for consuming 1000 gallons in a region with a water stress index of 0.8 and regulatory strictness of 0.5?

The sustainability risk score is 400, which falls into the High risk level.

If I switch from evaporative cooling (WUE 2.0) to liquid immersion (WUE 1.1) for a 1000 gallon consumption, how much water will I save?

By switching to liquid immersion, you will save 550 gallons of water, representing a 45% efficiency gain.

You can use the `calculate_water_consumption` tool by providing the compute load, the cooling type, and the Water Usage Effectiveness (WUE) metric.

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