SKY AIOT

Plant Cultivation Application

a. We offer technological solutions for real-time monitoring of plant cultivation environments. Our sensor system can instantly collect soil parameters, including moisture, pH value, nitrogen, phosphorus, potassium, etc., and upload this valuable data to servers every second, forming intuitive curve charts.

b. Utilizing sensor data, the Sky AIoT system can automatically detect conditions such as lack of water, nitrogen, phosphorus, potassium, etc., in plants, and take corresponding measures, such as activating water storage tanks or fertilizer tanks, automatically opening valves. This enables unmanned management in agricultural planting, enhancing the stability of food production. Simultaneously, by monitoring pH values and photosynthesis, we can optimize crop growth conditions, increasing yields by 30%. All related production data will be fully recorded on the server, ensuring the traceability of water product quality.

Aquaculture Application

Sky AIoT provides intelligent solutions in the field of aquaculture, achieving comprehensive monitoring and control of the water quality environment through sensors. By monitoring water turbidity, the Sky AIoT system can timely carry out necessary filtration based on real-time data. Additionally, the system can detect oxygen content and intelligently activate aerators or water pumps, effectively saving energy costs. Conductivity and chlorine content sensors can accurately assess whether the water quality meets standards, achieving fully automated management of aquaculture, reducing the occurrence of diseases and pests, and increasing the yield of aquatic products by 20%. The complete history from cultivation to shipment will be stored on the server, ensuring the traceability of the quality of aquatic products.

Livestock Industry Application

Sky AIoT provides comprehensive livestock industry solutions, equipped with cutting-edge sensors and controllers, to realize intelligent monitoring of animal ecology and environment. Our integrated system covers various key parameters, ensuring optimized management of the livestock environment.

a. Using our controllers combined with animal tracking sensors, we can instantly monitor the activity level of animals, detecting changes in illness or reproductive cycles. At the same time, the application of body temperature sensors and ammonia content sensors can intelligently adjust cooling, ensuring the hygiene and cleanliness of the livestock sheds.

b. Through sensors like temperature, humidity, carbon dioxide, and feed intake monitoring, we achieve fully automated management of the livestock industry. This not only improves production efficiency but more importantly, ensures that animals live and grow in superior environments, safeguarding animal welfare. Our system provides comprehensive and reliable data for livestock owners, supporting the sustainable development of the livestock industry.

Plant Carbon Sequestration Application

Sky AIoT's plant carbon sequestration application focuses on providing advanced agricultural technology, realizing precise management of carbon emissions through comprehensive monitoring of plant ecology.

Using our controllers in conjunction with photosynthesis sensors (PAM), carbon dioxide sensors, evaporation sensors, etc., the system closely monitors the efficiency of plant photosynthesis. Chlorophyll and fluorescence sensors are used to understand photosynthesis efficiency, thereby influencing the carbon sequestration process. Sensors for oxygen concentration, photosynthetic efficiency, and ultraviolet radiation are applied in carbon sequestration agriculture to meet the challenges of climate change. This intelligent system not only improves the efficiency of the carbon sequestration process but also helps better understand and continuously manage the entire process of plant carbon sequestration. Sky AIoT's plant carbon sequestration application will strongly support the sustainable development of the agricultural industry, while being environmentally friendly and ecologically sound!