Greenhouse Climate & Energy Modeler

Greenhouse Climate & Energy Modeler MCP Connector for Claude

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Calculate greenhouse heat loss, energy costs, and ventilation needs.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides precise thermal and environmental modeling for greenhouse management. Use calculate_heat_loss to determine energy escaping through glazing, estimate_energy_requirements to project fuel consumption and costs, and calculate_ventilation_needs to manage airflow for specific crops. You can also use simulate_gahx_effect to evaluate the impact of ground-to-air heat exchangers on your climate control strategy.

greenhousethermalclimateenergy-efficiencyagriculture-tech

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

calculate_ventilation_needs

Determines the necessary airflow to manage crop health and temperature

estimate_energy_requirements

Calculates the fuel consumption and financial cost of maintaining the climate

simulate_gahx_effect

Evaluates how much a ground-to-air heat exchanger can reduce the heating or cooling load

calculate_heat_loss

Determines the total rate of heat escaping the greenhouse structure

See how to talk to your AI agent using Greenhouse Climate & Energy Modeler.

What is the heat loss for a 20x10x3m greenhouse with polycarbonate glazing and a thermal screen at 5°C outside and 20°C inside?

The total heat loss for your greenhouse is 4.2 kW with an effective U-value of 1.8 W/m²K.

How much will it cost to run the heating if the heat loss is 5 kW using natural gas at $0.05 per kWh with 90% efficiency?

The estimated fuel consumption is 5.56 units and the total energy cost is $0.28.

What ventilation is needed for tomatoes in 30°C heat with 70% humidity?

The required airflow for your tomato crop is 1250 m³/h using mechanical ventilation.

First, use `calculate_heat_loss` to find the thermal load, then pass that value to `estimate_energy_requirements` along with your fuel type and price.

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