Smart Agriculture, Fishery, and Animal Husbandry IoT Development Portfolio

YenProtek Technology collaborated with Taiwan's largest Smart Agriculture system company to develop highly flexible and modular smart field environmental sensors tailored to meet the needs of diverse agricultural environments. The sensors utilize a modular design across power supply methods, transmission technologies, and monitoring items. Users can freely combine these according to site requirements, achieving a high degree of flexibility and scalability.
In terms of power supply, solar power or batteries can be selected to meet the energy needs of different scenarios. For data transmission, a variety of mainstream wireless technologies are available, such as LoRa, NB-IoT, LTE, and Wi-Fi, to adapt to the network environments of different areas. In addition, sensor options include more than 20 commonly used environmental parameters, such as atmospheric temperature and humidity, illuminance, photosynthetically active radiation (PAR), carbon dioxide concentration, soil temperature and humidity, soil pH, wind speed, and wind direction, all of which can be flexibly configured as needed.
This product has not only been successfully mass-produced for commercial sale but has also been widely deployed in numerous agricultural sites domestically and internationally, significantly improving field management efficiency for users. It stands as a classic masterpiece of YenProtek Technology's focus on Smart Agriculture and custom hardware development.

YenProtek Technology partnered with a major aquatic feed factory in southern Taiwan to jointly develop a smart self-cleaning water quality sensor tailored to the core needs of aquaculture. This sensor features a modular design across power supply methods, data transmission technologies, and monitoring items. Users can freely mix and match based on site requirements, ensuring high flexibility and scalability.
Power supply options include solar power or batteries to adapt to the energy needs of different fish pond environments. Data transmission supports various wireless technologies. For monitoring items, users can select multiple water quality parameters such as dissolved oxygen, pH, electrical conductivity, ammonia nitrogen, turbidity, salinity, and algae, helping them grasp real-time water quality conditions.
Additionally, this sensor integrates the exclusive "Cyclic Self-Cleaning Technology" developed by YenProtek Technology. The self-cleaning function effectively prevents biofilm buildup on the sensor probes, ensuring long-term accuracy and stability while significantly reducing maintenance costs and manual labor. This technology has been awarded Utility Model Patent No. M617481, reflecting YenProtek Technology's innovation capabilities and technical strength.
Combining modular design and self-cleaning functions, the smart self-cleaning water quality sensor adapts to diverse site requirements and integrates water quality data onto the Cloud. It provides a comprehensive one-stop service for water quality monitoring and remote management in smart aquaculture farms, making it the best choice for smart fish pond management.

YenProtek Technology collaborated with National Pingtung University of Science and Technology to jointly design a Smart Aquaponics System, integrating three main functions: aquaculture water quality monitoring, an automated feeding system, and a plant drip irrigation system. The water quality monitoring system automatically extracts water samples for inspection, monitoring parameters such as dissolved oxygen, pH, electrical conductivity, ammonia and nitrogen ions, and water temperature. Besides collecting water quality data, the information is continuously transmitted to the Cloud for recording, allowing remote tracking of the cultivation environment data anytime, anywhere. Both the automated feeding system and the plant drip irrigation system can be flexibly scheduled in advance or controlled remotely and manually according to the situation.
Once built, the system not only enables research units to understand the real-time conditions of fish farming and plant cultivation but also utilizes this long-term monitoring data to analyze external environmental factors affecting fish aquaculture and crop harvests. This provides an excellent data foundation for future research to effectively enhance the quality and quantity of fish and plants. Furthermore, the automated, internet-connected system saves significant time and resources in manual monitoring and record-keeping, making the research process smoother and more efficient.

YenProtek Technology researched and developed a highly mobile greenhouse gas emission sensor for plant growth environments, specifically designed for agricultural system companies. In this project, we supported the client from conceptual design to prototype creation, executing functional proofs and testing to ensure the equipment's performance and reliability met practical application requirements. After multiple rounds of testing and tuning, we ultimately delivered a prototype that met the client's needs. It can automatically collect and wirelessly transmit data to a backend management platform, enabling real-time monitoring of gases like CO2 (Carbon Dioxide), CH4 (Methane), and N2O (Nitrous Oxide), helping the client develop a more comprehensive greenhouse gas monitoring solution.
In terms of equipment design, YenProtek Technology underwent multiple tests and developed a unique cabin structure featuring a dual-channel design that effectively filters out interfering gases and ensures data accuracy. To enhance the equipment's durability and maintenance convenience, we integrated the exclusive automated gas sensing and cleaning technology developed by YenProtek. This patented technology automatically cleans the sensing cabin, effectively resolving potential sensor damage caused by prolonged exposure to high concentrations of harmful gases.
Moreover, the sensor's design thoroughly considers the special requirements of agricultural environments. It places heavy emphasis on meticulous design in terms of air intake, assembly stability, portability, and thermal insulation, ensuring reliability and practicality in the application. Regarding circuit design, the equipment includes a circuit control board, an offline temporary data storage mechanism, power management, internet communication, and Bluetooth connectivity functions, enabling seamless data integration and remote monitoring.