Rovion — home

Tashkent · Inno Technopark

Grow more. Spend less. Autonomously.

Autonomous AI that cuts greenhouse energy costs 15–30% and holds a climate steadier than expert growers.

See the live dashboard →How it works
The aspirated climate box hanging between rows of tomato plants inside a greenhouse in morning light.
Industrial design concept

01 · The numbers

  • 15–30%energy cost reduction
  • ~50%of production cost is heating
  • 24/7autonomous control
  • 0experts required on site

Savings figures are the documented range for predictive climate control; Rovion's own baselines begin winter 2026.

02 · The problem

Energy decides who survives.

Manual control is always a step behind the weather — fuel burns in catch-up bursts and the climate swings.

ReactivePredictive

03 · How it works

  1. 01

    Learn

    A thermal twin learns how this greenhouse gains and loses heat.

  2. 02

    Predict

    The forecast tells the AI what the next 48 hours will cost.

  3. 03

    Act

    Heating, vents and screens run ahead of the weather, not behind it.

The wall-mounted navy Rovion Core controller with a dark glass panel and the signature blue accent line.
Industrial design concept

04 · The hardware

One product family. Four sensing worlds.

  • Matte warm-white aspirated climate measuring box with a circular intake grille and thin electric-blue accent line.
    Industrial design concept

    Aspirated climate box

    Fan-aspirated air temperature and humidity at canopy height.

  • Compact weather station on a navy mast with a cup anemometer, solar radiation sensor, louvered radiation shield and rain detector.
    Industrial design concept

    Weather station

    Wind, radiation, rain — the forecast's ground truth.

The weather station mounted on a mast above the ridge of a plastic-film greenhouse with mountains on the horizon.

Engineered for dust, frost, and real-world conditions.

  • A wall-mounted navy Rovion control module with a dark glass panel and the signature blue accent line.
    Industrial design concept

    Core controller

    The climate computer. Runs without internet.

  • A navy DIN-mount wired interface module surrounded by strap-on pipe sensors, a brass gas-pressure transducer and a split-core current clamp.
    Industrial design concept

    Wired I/O kit

    Pipe, gas and current sensing on the machines that do the work.

See the full catalog →

05 · Versus

How greenhouses are controlled today.

Manual controlAlarm boxesDutch systemsRovion
Predictive heating——
Works without internet—
Coal & solid-fuel boilers——
Cost for a 2 ha greenhousefree$300$50k+~$1.4k + subscription
Autonomous climate——
Uzbek & Russian———

06 · See it run

Watch a greenhouse think.

A live simulation of a Rovion-equipped greenhouse — thermal model, forecast, autonomous decisions — exactly as operators will see it. First live installation: 2027.

Open the live dashboard →

07 · Roadmap

  1. NowWorking demo
  2. Winter 2026–27First pilot data
  3. 2027First paid installs · Core ships
  4. 2028Aql autonomy tier · Kazakhstan
  5. 2028+Cold storage on the same platform