Why a One-Stop Greenhouse Solution?

Many greenhouse projects fail not because of equipment quality, but because systems are not designed to work together.

Common problems:

Greenhouse structure and growing system do not match

Different suppliers, no clear responsibility

Difficult commissioning and long trial period

High investment, slow return

Our solution:

One design logic · One technical team · One responsible partner

Integrated Greenhouse Solution Overview

Our one-stop solution includes:

Greenhouse Structure System

Crop Growing System

Fertigation (Irrigation & Nutrition) System

Supplemental LED Lighting System

Climate Control & Automation System

All systems are designed, supplied and commissioned together, ensuring perfect compatibility and stable operation.

 

Greenhouse Structure System

A strong and efficient greenhouse is the foundation of successful production.

Available greenhouse types:

Multi-span plastic greenhouse

Polycarbonate greenhouse

Glass greenhouse (high-tech projects)

Key features:

Hot-dip galvanized steel structure

Designed according to International standards

High wind and snow resistance

Large roof ventilation area (butterfly or ridge vents)

Side ventilation, shading and thermal systems available

Benefits:

Long service life

High light transmission

Optimized internal volume for crops

Crop Growing System

We design the greenhouse based on crops, not the other way around.

Supported crops:

Hydroponic Leafy vegetables/Tomatoes/Strawberry

Growing solutions:

Hydroponic system（NFT/DWC）

Substrate cultivation (coco peat,)

Customized plant density and row spacing

Result:

Faster crop establishment

Uniform growth

Higher yield and quality

Fertigation System (Water & Fertilizer Integration)

Precise water and nutrient management is essential for modern greenhouse production.

System components:

1. Installation Method: In-line installation

2. Power Supply: Customized

3. Pump Parameters: Variable frequency water supply pump

4. Inlet/Outlet Size: DN80

5. Fertilizer Injection Channels: 5 channels (4 fertilizers + 1 acid). Fertilizer suction valves are American brand solenoid valves featuring corrosion resistance and high responsiveness. Each suction channel is equipped with a micro-adjustment valve for precise fertilizer dosage control.

6. Fertilizer Injection Capacity: 600 L/h per channel, adjustable suction flow rate

7. Fertilizer Mixing Method: Automatic adjustment based on EC and pH setpoints. Channel ratios are adjustable, with distinct suction ratios configurable per channel

8. Fertilizer Blending Method: Barrel-mixing system with stacked sprinkler tray for rapid, uniform blending

9. EC/pH Sensors: Utilizes German-imported EC sensors with high-precision inductive non-contact measurement. Prevents electrode corrosion errors and contaminant buildup interference. Calibration-free and maintenance-free. Imported JUMO pH electrode with isolated power supply design ensures strong data stability (measurement accuracy ±0.02pH) and extended service life. Dual EC and pH detection points. Fertilizer mixing accuracy: EC 0.03 ms/cm, stabilization time: 30 seconds under standard operating conditions.

Functions:

Accurate nutrient recipes for each growth stage

Automatic irrigation scheduling

Reduced water and fertilizer consumption (20–30%)

Supplemental LED Lighting System

For year-round and high-yield production.

Why supplemental lighting?

Insufficient natural light in winter

Cloudy and rainy periods

Extended photoperiod for better yield

System features:

Full-spectrum LED grow lights

Adjustable PPFD

Zonal and time-based control

Benefits:

Increased daily light integral (DLI)

Stable production

Improved fruit quality

Heating System

Reliable heating is essential for winter production and crop protection.

Heating solutions include:

Hot water heating system

Boilers (gas, diesel, biomass or electric)

Heating pipes along crop rows and perimeter

Zone-based temperature control

Heating Fan

Advantages:

Uniform temperature distribution

Reduced cold stress on crops

Improved winter yield and quality

Gutter Snow Melting System (Anti-Snow System)

Designed for cold and snowy regions to protect greenhouse structure.

System description:

Heating pipes installed inside or along the greenhouse gutters

Circulating hot water prevents snow and ice accumulation

Automatically activated based on temperature and snowfall conditions

Benefits:

Prevents excessive snow load

Protects greenhouse structure and gutters

Ensures safe winter operation

Reduces manual snow removal risks

Climate Control & Automation System

The brain of the entire greenhouse.

Central control system manages:

-Greenhouse Structure System

-Crop Growing System

-Fertigation (Irrigation & Nutrition) System

-LED Lighting System

-External shading System

-Cooling System

-Heating System

-Climate Control & Automation System

Features:

One platform controls all equipment

Automatic and manual modes

Remote monitoring via PC or mobile device

Smart control means less labor, fewer mistakes, and stable results.

Project Implementation Process

We follow a clear and proven workflow:

Project consultation & crop analysis

Customized technical design

Cost estimation & budgeting

Manufacturing & supply

On-site installation & commissioning

Training & production start-up

Application Scenarios

After-Sales Service & Technical Support

We do not just deliver equipment — we support production.

Technical guidance during operation

Remote support and troubleshooting

Spare parts supply

System optimization and upgrades

Our responsibility does not end after installation — it starts with production.