It is a simple-to-operate, stable, reliable, and low-power data collector. It supports the measurement of multiple parameters, including temperature, humidity, dew point, light intensity, carbon dioxide, atmospheric pressure, and more. The device can also be expanded to connect up to 10 Modbus-RTU RS485 sensors, and its interface is compatible with most sensors available on the market.
Equipped with a solar panel and a large-capacity rechargeable lithium battery, the device can operate continuously for up to two weeks, even in rainy weather or power outage situations, and also supports continuous power supply.
The device offers an easy-to-use experience, with support for both hanging and pole mounting, making installation and deployment easy for users with no prior experience.
Additionally, the device is designed with waterproof and UV-resistant materials, meeting strict aging and durability standards, making it suitable for use in harsh environments like greenhouses.
Parameter Environmental Monitoring Device
The High Uniformity Plant Growth Light is designed to meet the specific needs of different crop varieties and growth stages.
Supported by years of research data from the expert team at the Chinese Academy of Agricultural Sciences, it provides customized spectral formulas. The product utilizes high-precision freeform lens technology to precisely control the spatial distribution of LED light sources, ensuring that every beam of light is accurately focused on the crop canopy, achieving uniform light intensity coverage in the area.
This design not only improves light energy conversion efficiency and reduces energy consumption but also significantly enhances crop growth uniformity, accelerating overall growth progress. It is widely applied in seedling cultivation, greenhouse vegetables, flower planting, and other scenarios, helping farmers achieve high-yield, high-quality, and environmentally sustainable modern farming goals.
High Uniformity
Plant Growth Light
Growth Light -1
Growth Light -2
Growth Light -1
The Greenhouse Smart Control Cabinet can centrally integrate and manage various environmental control equipment, including fans, wet curtains, film rolling motors, shading nets, supplemental lights, water and fertilizer electromagnetic valves, heaters, CO₂ generators, and more. The system also monitors real-time data from sensors measuring temperature, humidity, light intensity, CO₂ levels, soil moisture, and other factors within the greenhouse.
Based on crop needs or user-defined rules, the platform automatically issues commands, allowing the control cabinet to precisely manage the operation of each device.
Users can monitor greenhouse conditions and device statuses anytime via a mobile app. The system supports remote switching of devices, mode switching, scheduling tasks, and receiving alerts, enabling convenient, visual, and efficient centralized management. This system is widely applicable in various greenhouse scenarios, such as vegetable cultivation, flower planting, seedling production, and mushroom farming. It serves as a key hardware foundation for promoting the digitalization and standardized production of agriculture.
Greenhouse
IoT Smart Control Cabinet
IoT Smart Control Cabinet-1
IoT Smart Control Cabinet-2
IoT Smart Control Cabinet-1
The Intelligent Water and Fertilizer Integration Device is a modern agricultural equipment that combines precise fertilization, intelligent irrigation, and automated control, specifically designed to improve water and fertilizer utilization efficiency and crop yield.
This device integrates high-precision soil sensors, pressure control systems, and an IoT platform to monitor real-time soil moisture, nutrient content, and environmental parameters. It automatically adjusts irrigation water volume and fertilization ratios based on crop-specific water and nutrient requirements at different growth stages, enabling synchronized water and fertilizer supply according to demand.
The system supports remote control, allowing users to view real-time data via a mobile app, remotely start and stop equipment, adjust fertilization plans, or receive anomaly alerts, significantly reducing manual intervention.
With multi-stage filtration and slow-release fertilization technology, the system ensures clean irrigation water and uniform distribution of fertilizer solution, preventing blockages and nutrient waste. It's modular design is adaptable to various scenarios, such as greenhouse cultivation, field planting, and more. It is widely used in the production of vegetables, fruit trees, flowers, and other economic crops, effectively saving over 30% of water, 20%-40% of fertilizer, while significantly improving crop quality and yield, supporting the green and efficient development of agriculture.
Intelligent Water and Fertilizer Integration Device
