National Chung hsing university
Bio-industrial and Mechatronic Engineering
2024
The Energy Saving Laboratory stands as an innovative hub at the forefront of sustainable farming practices, dedicated to revolutionizing the agricultural landscape by optimizing energy usage and reducing labor input. Equipped with cutting-edge technologies, this state-of-the-art facility serves as a testing ground for the latest advancements in energy-efficient machinery, precision agriculture techniques, and automation systems. Researchers and experts collaborate to develop and refine solutions that not only minimize the environmental impact of farming but also enhance overall productivity. By integrating renewable energy sources, smart sensors, and data-driven decision-making, the laboratory strives to create a blueprint for a more sustainable and economically viable future for agriculture, where resource conservation and efficiency are paramount. Through ongoing experimentation and knowledge dissemination, the Energy Saving Laboratory plays a pivotal role in shaping the next generation of farming practices.
1
optimization of reverse osmosis
Optimizing energy consumption in the reverse osmosis process is very necessary considering that RO is very important in water treatment. Optimization can be done with control systems and other engineering techniques.
By Isnaeni
2
ICT system design
Combined with the server and on-site data collection device, all sensing data in each experimental field are sent back to the laboratory through the network for subsequent relevant data analysis and strategy formulation.
By Chiao Yin Tu
3
Potato sprout eye identification ,
This groundbreaking application of
AI machine learning enables precise identification of potato sprouts, scab, and ring rot diseases. By leveraging advanced algorithms, we can swiftly evaluate the condition of potatoes.
By Chen, Hsin-Chang
4
Battery Management System, (BMS)
BMS is an electronic system that monitors, controls, and protects rechargeable batteries by overseeing parameters such as voltage, current, temperature, and state of charge to ensure their safe and efficient operation.
By Xu,Yong-Jin
5
A membrane simulation system can predict and analyze membrane separation processes such as direct contact membrane distillation and vacuum membrane distillation by comparing simulated and experimental data to determine flux.
By Wu, Bo-Sheng
6
Develop a management robot for laying hens that includes automated docking, wireless charging, battery management, environmental monitoring, and health monitoring of chickens. Also, create an egg-picking machine.
By Akhmad azhar firdaus
7
Chicken Flock Health Warning Model
Collect abnormal combs in commercial areas, calculate the average and total number of daily abnormal combs and the abnormal proportion of combs, use the interquartile range to calculate outliers individually, and establish an early warning model.
By JIAN, YU-TONG
8
Electrification of agricultural vehicle with hess
Hybrid Energy Storage Systems (HESS) that combine ultracapacitors and batteries can optimize energy utilization and improve power quality, making Electric Agriculture Machinery (EAM) more efficient and sustainable. This leads to greener agricultural practices.
By Yulian Fatkur Rohman
9
Optimizing Water Treatment Efficiency Using PLC
Water treatment using PLC technology to improves purification processes by automating control, maximizing resource usage, assuring quality compliance, and simplifying efficient operation of treatment facilities.
By Jamal 丁漢
10
Battery Management System, (BMS)
Battery Management System (BMS), Optimizies battery performance in electric vehicles by managing charge discharge processes, monitoring battery health, and ensuring safe operational limits, enhancing efficiency and reliability
By Billy 尤彬漢
11
Traditional fishermen employ GIS technology and Leaflet for improved efficiency. A data logger captures travel history, enhancing fish distribution and weather condition analysis.
By Anisa 莎斐安
12
Study nitrogen removal technology in the field of water treatment, and focus on improving the activity and growth rate of Anammox bacteria to improve efficiency in the water treatment process.
By LIU HSIAO-TE
13
Exploring the advancements in hybrid battery technology
Exploring the advancements in hybrid battery technology unveils a realm of efficient energy storage solutions. This research delves into their design, performance, and environmental impact for sustainable transportation and energy systems.
By Yulian Fatkur Rohman
1. Think Power (Charger and discharger)
2. Air compressor
3. Ansys
4. Aspen Plus
5. Matlab
6. PLC
7. Arduino
8. Raspberry pi
9. GPSX
10. Battery Pack
A Ph.D. student conducts extensive research, creates a doctoral dissertation, and contributes new knowledge to academia, industry, or society while pursuing the highest academic degree in their field.
1st Year PHD Student
2nd Year PHD Student
A master's student is dedicated to academic excellence, specialized skills, contribution to the scholarly community, and intellectual growth through research and collaborative learning with a mature and independent mindset.
chen, hsin-chang
1st Year MASTER Student
wu bo-sheng
1st Year MASTER Student
1st Year MASTER Student
Akhmad azhar firdaus
1st Year MASTER Student
Yulian fatkur rohman
1st Year MASTER Student
A master's student is dedicated to academic excellence, specialized skills, contribution to the scholarly community, and intellectual growth through research and collaborative learning with a mature and independent mindset.
Jamal 丁漢
1st Year MASTER Student
1st Year MASTER Student
Anisa 莎斐安
1st Year MASTER Student
WU,JIA-HAO
1st Year MASTER Student
HUANG,YOU-CHEN
1st Year MASTER Student
Undergraduate students pursue their first tertiary education level at a university or college, taking multiple courses, participating in extracurricular activities, and preparing for their future careers. It provides a foundation for further education or entry into the professional world.
Chiao Yin Tu
2nd Year UNDERGRADUATE Student
JIAN YU-TONG
4th Year UNDERGRADUATE Student
LIU HSIAO-TE
4th Year UNDERGRADUATE Student
wasconchu@gmail.com
402, Taichung City, South District, Guoguang Rd, 250號生機大樓 Agricultural Machinery Building