Irrigation Pond Sizing

Irrigation Pond Sizing MCP Connector for Claude

A+

Calculate required irrigation pond volumes, physical dimensions, and water loss estimates.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for designing irrigation storage ponds using water balance analysis. It allows AI agents to determine the calculate_minimum_storage required to meet crop demand, design physical footprints with design_pond_dimensions, and quantify environmental losses using estimate_losses. Additionally, it can evaluate pond performance through analyze_drawdown_and_reliability to ensure reliable water supply for agricultural operations.

irrigationwater-balancepond-designagriculture-techhydrology

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

analyze_drawdown_and_reliability

Evaluates how quickly the pond empties and how likely it is to meet demand

calculate_minimum_storage

Determines the required volume of the pond to meet irrigation needs

design_pond_dimensions

Calculates the physical footprint and depth of the pond

estimate_losses

Quantifies water lost to the environment

See how to talk to your AI agent using Irrigation Pond Sizing.

What is the minimum storage volume needed for a demand of 5000m3, a peak rate of 50m3/h, a supply rate of 10m3/h, and a refill every 24 hours?

The required volume for these parameters is 5000m3 with a net storage capacity of 4500m3.

Calculate the dimensions for a pond that needs to hold 1000m3 with a maximum depth of 4m and a side slope of 2.

The pond will have a surface area of 312.5m2, a bottom area of 125m2, and an average depth of 4m.

If my pond has 500m3 of water and I am withdrawing 20m3/h while receiving 5m3/h, how long until it is empty?

The drawdown rate is 15m3/h, and the pond will be empty in 33.33 hours.

You can use the `calculate_minimum_storage` tool by providing the total irrigation demand, peak irrigation rate, water supply rate, and refill frequency.

Related Connectors