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Planting model

Planting Model

What is an implant model?

Crop planting modelIt is a tool that systematically describes and simulates the environmental conditions, resource inputs and management measures required for crop growth. Through scientific guidance, it optimizes the planting process, improves yield and quality, saves resources, protects the environment and provides risk early warning and decision-making support to help modern agriculture develop efficiently and sustainably.

How are models composed?

Growth Stage
crop growth stage

Life cycle description from germination to maturity

Pest & Disease Manage
Pest management

Pest and disease control measures and monitoring and early warning

Climate Control
environmental control

Temperature, light, humidity, CO2

Manage & Resource Optimize
Management measures, resource optimization
Cultivation techniques and environmental controls, improved water and fertilizer use efficiency, and reduced waste.
Water & Fertilizer Manage
Water and Fertilizer Management

Irrigation volumes, cycles and fertilization schedules

Data Analysis
data analysis
Long-term data monitoring and optimization for improvement.

Growth Stage Model Components

Modeling of different growth stages of crops Detailed descriptions of environmental conditions and management practices at each stage from dormancy to maturity, including temperature, light, humidity, water and fertilizer management, and irrigation strategies to ensure optimal crop growth at each stage for high yield and quality.

Ventilation model

Climate zoned ventilation, ridge ventilation, windward side, leeward side

cooling model

Air energy, wet curtains, high pressure mists

Humidity model

High-pressure mists, sprays, dehumidifiers

Curtain model

Regular curtains, sunshade curtains, thermal curtains, side curtains

Irrigation modeling

Timed Irrigation, Total Radiation Accumulation Irrigation, Substrate Weighing Irrigation

Heating model

Air energy, natural gas boilers, other heat sources

Air Fertilizer Model

Carbon dioxide Control

equipment model

Intelligent energy-saving control of equipment, anti-clogging control, formula control

Fill light model

Light energy radiation compensation, timing compensation

种植模型与环控系统结合

The combination of crop planting model and EMS system realizes the refinement, automation and intelligence of agricultural production, effectively improves crop yield and quality, and promotes the development of sustainable agriculture.
Planting strategy

Bind the planting model to the partition and set the execution length of the model for each phase.

Crop modeling

The complete crop growth model contains the applicable crop, applicable area, production value, potential, area used for modeling, maturity, and contains all the components of the growth model for that crop at different stages of generation.

phased model

The division by growing season contains all the complete growth parameters of temperature, light, water, air and fertilizer required for that stage.

environmental model

Covering all environmental control models such as ventilation, cooling, humidity, curtains, irrigation, heating, supplemental lighting, air fertilizer, etc.

equipment model

Used to regulate the parameters of the equipment, intelligent energy-saving control of the equipment, anti-blocking control, formula control

Models we support

Facility Cherry
Blueberry facilities
Facility Strawberry
Facility Edible Mushrooms
Flowers in facilities
Facility Small Tomato
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