Controlled Environment Agriculture (Greenhouses)

In controlled-environment agriculture, utilities are part of the production recipe. Irrigation, lighting, heating and dehumidification interact continuously, while monthly totals hide how one system affects another. Permanent monitoring makes those relationships measurable and can alert your team to an overnight fault when it occurs—not the next morning.

Climate is often the first monitoring priority because crop response can begin long before the next manual round. Wireless temperature and humidity sensors can cover distant zones without extensive cabling and report through a central gateway. Alerts above and below the operating range let your team respond when conditions drift, rather than discovering the event the following morning.

Irrigation is another priority. A zone may follow the programmed recipe while a sticking solenoid or blocked emitter changes what is actually delivered. Zone-level flow measurement compares intended and delivered volume, supporting water accounting, fertigation verification and early identification of valve or distribution problems.

Energy use supports both climate and irrigation. Lighting and dehumidification are often major electrical loads, and their schedules may create avoidable demand peaks when they overlap. Interval electricity and gas data shows when those peaks occur and whether heating baseload or equipment cycling has begun to change.