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Research & Education Customized Home Gardening
We can accommodate a wider range of greenhouse applications, providing customized solutions to meet diverse customer needs.
📚Research & Education
The Educational & Research Greenhouse is specifically designed for agricultural universities, research institutions, and experimental facilities. This type of greenhouse serves as a high-precision environment-controlled structure for studies related to plant growth experiments, breeding research, environmental control testing, and climate simulation.
✅ Precise Environmental Control
✅ Multi-functional Research Zones
✅ Smart Management System
✅ High-Standard Construction
💡CFGET:
We specialize in designing and constructing experimental greenhouses for research institutions and universities. The key focus of an experimental greenhouse is its enclosed environment and controllable zones, ensuring precise conditions for various research applications. These greenhouses are often relatively small, typically ranging between 200 to 500 square meters, but they require a higher level of environmental control compared to standard cultivation greenhouses.
Structurally, glass greenhouses are commonly used to provide stable temperature, humidity, light, and airflow regulation. Experimental greenhouses are primarily utilized for crop research, environmental monitoring, and air quality analysis, and in some cases, they can also be used for gas analysis of combustion byproducts, offering a highly controlled and adaptable research environment.
📐Customized
A custom-designed greenhouse is a tailored structure created to meet specific functional requirements. Unlike standard greenhouses, custom greenhouses are optimized and modified in terms of structure, materials, and environmental control systems to accommodate specialized applications and unique conditions.
✅ Highly Flexible Design
✅ Diverse Structural Options
💡CFGET:
In custom greenhouse design, the overall structure often deviates from traditional greenhouse forms, incorporating specialized architectural modifications tailored to specific needs. These greenhouses frequently integrate standard steel structures, geodesic dome frameworks, and other advanced designs, while also expanding the use of covering materials beyond conventional greenhouse applications. This approach enables a broader combination of construction materials to enhance both functionality and aesthetics. Custom greenhouses are commonly used in restaurants, exhibition spaces, and agritourism, offering not only agricultural benefits but also visual appeal, optimized space utilization, and multifunctionality.
🏡Home Gardening
A home gardening greenhouse is a compact greenhouse designed for household users, ideal for personal gardening, vegetable cultivation, flower nurturing, and hobby farming. Compared to commercial greenhouses, home gardening greenhouses are smaller in size but still offer basic climate control features, including temperature and humidity regulation, light optimization, and ventilation management.
✅ Small footprint
✅ Lightweight structure, easy to install
✅ Basic climate control system
✅ Supports the cultivation of vegetables, herbs, flowers, and potted plants.
💡CFGET:
For home gardening, we generally recommend that customers choose pre-fabricated greenhouse structures, as they are easier to install, more convenient to disassemble, and highly portable. Alternatively, single-span simple greenhouses or small garden sheds can also be used for home gardening. These structures are cost-effective, easy to set up, and provide a flexible solution for basic planting needs.
Let's take a look at real cases
In Kazakhstan, our greenhouse keeps the indoor temperature at 25°C for crop growth even during -25°C winters.
Our ventilation and cooling systems in Thailand reduce energy use by 15%
Common Issues with These Three Greenhouse Types
01.Which educational institutions or research units are suitable for teaching and experimental greenhouses?
Teaching and experimental greenhouses are widely used by agricultural universities, research institutes, vocational and technical colleges, and other educational institutions. They are used for plant growth research, environmental control experiments, breeding trials, and agricultural technology training, providing students and researchers with hands-on practice and scientific experimentation.
02.Can they support environmental control for different experimental needs?
Yes, teaching and experimental greenhouses can be equipped with precise environmental control systems, allowing for adjustments to temperature, humidity, light, and CO₂ concentration to ensure stable experimental conditions. Some high-end experimental greenhouses even feature smart management systems for remote monitoring and automatic adjustments.
03. What types of structures and materials are commonly used?
These greenhouses typically feature single or multi-span structures, with frame materials made of galvanized steel or aluminum alloy. The covering materials may include glass, polycarbonate panels, or films to ensure good light transmission and insulation. The structural design is customized to meet specific experimental needs, ensuring optimal space allocation.
04.Do they support smart systems and remote monitoring?
Modern teaching and experimental greenhouses are typically equipped with smart environmental control systems, including temperature and humidity sensors, light adjustment systems, and automated irrigation systems. Some greenhouses also support remote monitoring, allowing users to view and adjust the environmental parameters via computers or mobile devices in real-time.
05. How is stability and data accuracy ensured in experimental environments?
Teaching and experimental greenhouses are equipped with precise environmental control systems and data recording devices to ensure stability. Sensors and automatic regulation systems continuously provide real-time feedback, automatically adjusting environmental parameters to make experimental data more reliable and reduce errors caused by human interference.
06.What specific planting or commercial applications are suitable for customized structure greenhouses?
Customized structure greenhouses are widely used for high-value crop cultivation, scientific research, agritourism, eco-restaurants, and more. They can be designed to meet specific needs, providing the ideal growing environment for different crops or unique greenhouse spaces for commercial operations.
07.What are the main customization options?
Custom greenhouses can be tailored with different structure types, sizes, covering materials, and environmental control systems. Common options include glass or polycarbonate panels with varying light transmittance, automated ventilation and irrigation systems, and smart monitoring devices to meet specific production goals.
08. How is the design optimized based on local climate?
When designing a custom greenhouse, factors such as local temperature, humidity, snowfall, and wind conditions are considered to select the appropriate materials and structure. For example, in hot climates, a double-layer shading system and forced ventilation are used, while in colder regions, enhanced insulation layers and heating systems are added to ensure efficient operation.
09. How do structure and materials affect greenhouse lifespan?
The frame of the greenhouse is typically made of galvanized steel, aluminum alloy, or stainless steel to improve corrosion resistance and load-bearing capacity. Covering materials such as glass, polycarbonate panels, or high-strength films vary in lifespan and maintenance needs. Proper structural design and durable material selection can extend the greenhouse’s lifespan, providing a higher return on investment over time.
10.Do they support advanced environmental control systems?
Custom greenhouses can integrate advanced environmental control systems, including automated irrigation, smart ventilation, temperature and humidity regulation, and CO₂ concentration control. These systems can automatically adjust the environment based on crop needs, improving production efficiency, reducing labor costs, and enabling precise management.
11.Which types of users or small-scale growers are suitable for home gardening greenhouses?
Home gardening greenhouses are ideal for individuals and small-scale growers who want to grow vegetables, flowers, or herbs at home. They are especially beneficial for urban dwellers, villa garden users, or rooftop garden enthusiasts, providing a controlled growing space to extend the growing season and improve crop yield and quality.
12.What types of structures are available?
Home gardening greenhouses come in various structure forms, including single-slope, double-slope, arch-shaped, and balcony styles. Users can choose the design that fits their space and functional requirements, offering both aesthetic appeal and practical utility.
13.Are they easy to install and disassemble?
Most home gardening greenhouses are designed with modular structures, making installation simple without requiring professional tools. Some models also support easy disassembly, allowing for seasonal storage or relocation to adapt to changing environmental needs.
14.How are temperature, humidity, and light managed?
Temperature, humidity, and light can be regulated through manual or automated devices such as ventilation windows, shading curtains, heaters, and supplementary lighting. Smart systems can provide automatic irrigation, temperature and humidity monitoring, and light compensation, making the gardening process more convenient.
15.What types of plants are suitable for cultivation?
Home gardening greenhouses are suitable for a wide variety of plants, including vegetables (e.g., tomatoes, peppers, cucumbers), flowers (e.g., orchids, roses, jasmine), and herbs (e.g., mint, basil, rosemary). Users can select the appropriate varieties based on the season and personal preferences, enabling year-round cultivation.
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Whether it’s greenhouse design, selection of planting systems, or customized needs, our expert team will provide you with efficient and cost-effective solutions.
No.108, Hegang Road, South AreaChengdu Modern Industrial Park, Pidu DistChengdu, Sichuan, China
info@cfgreenway.com
