Smart Agriculture: Applying Energy Intelligence to Food Production Facilities

Controlled environment agriculture — greenhouses, vertical farms, and food processing facilities — represents one of the most energy-intensive environments in the modern food system.

A large indoor vertical farm can consume as much electricity per square meter as a data center. Greenhouse climate control requires precisely managed heating, cooling, humidity, and CO₂ systems operating continuously. Cold storage for agricultural produce demands refrigeration monitoring as rigorous as pharmaceutical applications.

These characteristics make agricultural facilities both a challenging and rewarding application for EC.DATA's monitoring platform.

Energy in Controlled Environment Agriculture

The energy profile of a controlled environment agricultural facility is dominated by a few key systems:

**Artificial lighting** — In vertical farms without natural light, LED grow lighting can represent 60–70% of total electricity consumption. Light recipes (spectrum, intensity, photoperiod) must be delivered precisely while energy costs are managed.

**Climate control** — Maintaining optimal temperature, humidity, and CO₂ concentrations for crop growth requires sophisticated HVAC and CO₂ delivery systems operating continuously.

**Irrigation and fertigation** — Pump systems delivering nutrient solutions to growing systems consume significant electrical energy and require continuous monitoring for leaks and blockages.

**Cold chain** — Post-harvest cold storage maintains product quality. Temperature excursions can result in significant product losses.

EC.DATA in Agricultural Environments

EC.DATA's platform is deployed in agricultural settings through LoRaWAN sensor networks that monitor environmental conditions (temperature, humidity, CO₂) alongside power meters that track electrical consumption at the system level.

The platform provides grow managers with visibility into energy intensity per kilogram of production — the agricultural equivalent of energy use intensity. When lighting or climate control energy per unit of output increases, EC.DATA identifies the trend and helps operators diagnose the cause.

For multi-site agricultural operators, portfolio benchmarking identifies which production facilities are operating most efficiently — enabling best practice sharing across growing operations.