-
HOME
-
PRODUCTS
- Greenhouse
- Glass greenhouse
- Single-Span Film Greenhouse
- Solar-Powered Greenhouse
- Multi-Span Film Greenhouse
- PC Board Greenhouse
- Eco-tourism farm
- Integrated Aquaculture & Livestock Greenhouse
- Seedling Greenhouse
- Eco-Tourism Greenhouse
- Eco-Restaurant Greenhouse
- Soilless Cultivation
- Fertigation System
- Soilless Cultivation Solutions
- Equipment
- Seeding Machine Seeding Line
- Drone
- 10L Agricultural sprayer drone
- 20L Agricultural sprayer drone
- 30L Agricultural Drone
- 50L Agricultural sprayer drone
-
CASES
-
BLOG
-
ABOUT US
-
HOME
-
PRODUCTS
- Greenhouse
- Glass greenhouse
- Single-Span Film Greenhouse
- Solar-Powered Greenhouse
- Multi-Span Film Greenhouse
- PC Board Greenhouse
- Eco-tourism farm
- Integrated Aquaculture & Livestock Greenhouse
- Seedling Greenhouse
- Eco-Tourism Greenhouse
- Eco-Restaurant Greenhouse
- Soilless Cultivation
- Fertigation System
- Soilless Cultivation Solutions
- Equipment
- Seeding Machine Seeding Line
- Drone
- 10L Agricultural sprayer drone
- 20L Agricultural sprayer drone
- 30L Agricultural Drone
- 50L Agricultural sprayer drone
-
CASES
-
BLOG
-
ABOUT US
76,000 m² Strawberry Glass Greenhouse
76,000 m² Strawberry Glass Greenhouse — A New Benchmark in Smart Agriculture
With the rapid development of modern agriculture, strawberry production has stepped into a new era of high-tech greenhouses. This 76,000 m² glass greenhouse, dedicated to large-scale and efficient strawberry cultivation, integrates advanced environmental control and intelligent farming technologies.

Structure & Environmental Control
The greenhouse features a high-strength steel frame with full-glass coverage, ensuring excellent light transmission and stable thermal insulation. Its core climate system maintains indoor temperatures between 7–28 °C—the optimal range for strawberries. Regardless of outdoor weather, the greenhouse consistently provides a favorable microclimate.
Intelligent Monitoring & AI Modeling
A complete sensor network monitors key variables such as temperature, humidity, CO₂, light, and soil/substrate nutrients in real time. Combined with AI modeling and PLC-based automation, the system delivers precise irrigation and fertigation, early pest and disease alerts, and data-driven crop management—significantly improving operational efficiency.

Automated Farm Operations
Where traditional strawberry farming requires intensive labor, this greenhouse leverages automation for most repetitive tasks:
- Automated irrigation and fertigation
- Intelligent climate regulation
- Data-driven crop management
This reduces labor costs, minimizes human error, and enhances overall crop consistency.
Economic & Industry Value
Beyond being a model of modern strawberry production, the project delivers clear benefits to investors and growers:
- Higher yield & stability: Precision-controlled climate boosts productivity.
- Improved quality: Consistent conditions enhance sweetness and flavor.
- Cost savings: Labor reduced by 40–50%, water and fertilizer efficiency up by 25–30%.
- Market advantage: Year-round supply to meet growing demand for premium strawberries.

This 76,000 m² strawberry glass greenhouse is more than just a production facility—it is a living example of smart agriculture and sustainable development. By merging technology with farming, it adds higher value to the strawberry industry and opens new opportunities for global agricultural growth.
BLOGS
