Key Elements of Corn Cultivation Include the Following Points:

Temperature: Corn prefers warm climates, with an optimal growth temperature range of 20-30 degrees Celsius. Planting should avoid excessively high or low temperatures, as high temperatures can affect pollen development and fertilization, while low temperatures can affect seed germination and seedling growth.

Humidity: Corn requires relatively high humidity, with an optimal range of 60-80%. During planting, maintaining appropriate humidity is crucial; excessive humidity can lead to the proliferation of pathogens, while too low humidity can cause rapid water evaporation, impairing the growth and development of corn.

Sunlight: Corn needs ample sunlight for photosynthesis to provide energy. During the growing season, there should be about 8-10 hours of sunlight per day. Lack of sunlight can lead to poor plant growth.

Soil: Corn is best planted in fertile, loose, and well-drained soil. The soil pH should be between 6 and 7, rich in organic matter and nutrients. Prior to planting, soil improvement and fertilization should be carried out to provide a good growth environment.

Water: Corn has high water requirements, especially during the tasseling and maturity periods. Watering should be timely according to soil moisture and weather conditions to maintain appropriate soil moisture, avoiding both water scarcity and excess, which could adversely affect corn growth.

Fertilization: Corn requires high levels of nutrients such as nitrogen, phosphorus, and potassium. Thorough soil testing should be conducted before planting, and fertilization should address the specific nutrient deficiencies identified. Typically, base fertilizer is applied before sowing, and top-dressing is done during the growth period to meet the nutritional demands throughout the entire growing cycle of the corn.

Suitable Growing Period: Corn has a relatively long growing cycle, necessitating a lengthy growing season. When planting, choose appropriate varieties and schedule sowing times properly to ensure corn can complete its growing cycle under favorable climatic conditions.

Corn Cultivation Solutions Include the Following Points:

Intelligent Irrigation System: Utilizing IoT technology, equipped with integrated water and fertilizer machines, it automatically controls the amount and frequency of watering based on the growth needs of corn and soil moisture monitoring. Through a mobile or PC IoT platform, you can remotely monitor and adjust the irrigation system at any time and from any location to ensure that corn receives the appropriate amount of water.

Intelligent Fertilization System: Combined with the integrated water and fertilizer machine, it automatically proportions and supplies suitable fertilizers based on the nutrient needs of corn and soil nutrient content monitoring. It can perform quantitative fertilization according to the needs of corn at different growth stages, improving nutrient utilization efficiency and reducing waste and environmental pollution.

Environmental Monitoring System: Through IoT platforms and sensors, it monitors parameters such as temperature, humidity, and light in the corn growth environment in real-time. Intelligent regulation can be performed based on real-time data, automatically adjusting the temperature, humidity, and light conditions in greenhouses to provide the most suitable growth environment for corn.

Intelligent Management Backend: A mobile or PC-based IoT platform is provided for remote monitoring, automatic control, and data analysis. Farmers can use a mobile app or computer to monitor and manage in real time, grasping various data and environmental conditions of corn growth, and timely adjust management strategies and make decisions.

LED Display: Installing LED displays inside the greenhouse to show real-time environmental data such as temperature, humidity, and light. This allows farmers to intuitively understand the greenhouse environment, making management and regulation more convenient.

Through the above intelligent solutions, corn cultivation can achieve precise water and fertilizer supply, accurate temperature and humidity control, and optimized lighting conditions, thereby improving corn yield and quality. Additionally, intelligent monitoring and management systems can reduce farmers' labor input and reliance on experience, enhancing production efficiency and economic benefits.