I am a multidisciplinary engineer and researcher leveraging expertise in Renewable Thermal Energy and Thermal management to make a transformative impact in Research & Product Innovation
About Me
From a young age, I’ve been fascinated by the intricate dance of fluids and heat, a passion that has driven my academic and professional journey across mechanical, chemical, and environmental engineering. My work spans from studying fluid dynamics in constructed wetlands to innovating hybrid solar-wind power systems and geothermal energy solutions. With experience as a thermal specialist in the consumer and gaming laptop industries, I’ve translated theoretical knowledge into practical applications, pushing the boundaries of thermal design. Driven by relentless curiosity, I am committed to leveraging my expertise to develop innovative solutions for global energy and environmental challenges.
Featured Projects in Industry
Advanced Thermal Design for the ROG Flow Z13 2023 Gaming Tablet
The ROG Flow Z13 is a 13-inch gaming tablet designed to tackle the thermal challenges of high-performance gaming. Featuring advanced processors and graphics, this device incorporates custom cooling solutions to prevent overheating and ensure sustained performance. The enhanced ultra-thin vapor chamber and high-airflow fans offers cooler surface temperatures and quieter operation during extended gaming sessions.
Efficient Thermal Solution for the ASUS Zenbook Flip UX362
The ASUS Zenbook Flip UX362 is a compact 2-in-1 laptop that required a sophisticated thermal management solution due to its high-performance components. This project highlights the development of an ultra-thin heat pipe and a cooling fan to ensure optimal performance and longevity. The meticulously designed thermal solution efficiently dissipates heat while maintaining the laptop’s slim profile and low noise levels, confirmed through extensive testing and quality control.
Featured Research in Academia
Sustainable Geothermal District Heating and Cooling System
To address the reliance on fossil fuels and improve energy efficiency, this research develops a sustainable district energy system by integrating fluctuating renewable energy sources, large-scale geothermal heat pumps, and underground thermal energy storage (UTES). Utilizing smart thermal grids, this system efficiently meets heating and cooling demands while reducing environmental impact and energy consumption. The innovative approach demonstrates enhanced energy efficiency and resilience, setting a benchmark for sustainable development in district energy systems.
Nearly Zero-Energy HVAC System for Commercial Buildings
Driven by the need for sustainability and energy efficiency, this project focuses on developing a nearly zero-energy HVAC system for commercial buildings. By integrating renewable energy technologies like geothermal heat pumps, desiccant wheel systems, and solar thermal collectors, the system efficiently manages cooling and heating demands while minimizing energy consumption and environmental impact. This innovative approach sets a new standard for sustainable HVAC systems in commercial environments.
Sustainable HVAC System with FIWEAHE in Residential Buildings
In humid climates like Yilan Plain, Taiwan, innovative HVAC solutions are essential for energy efficiency and indoor comfort. This project introduces the Foundation-Integrated Water-Based Earth-Air Heat Exchanger (FIWEAHE) system, leveraging groundwater to optimize HVAC operations. By utilizing solar-powered pumps, PVC heat exchange pipes, and a groundwater-backfilled raft foundation, this system significantly reduces energy consumption and carbon emissions, offering a sustainable solution for residential buildings.
Featured Blog Posts
Unleashing the Power of Geothermal with AI: Building Smart and Sustainable Thermal Grids in Taiwan
Optimizing geothermal energy efficiency and integrating it within smart grids can be challenging. This blog post delves into how AI can unlock the full potential of geothermal systems in Taiwan. By leveraging public data, collaborating with research institutions, and partnering with industry, we can overcome data hurdles and build smarter, more sustainable thermal grids. Discover how these strategies can transform Taiwan’s energy landscape and promote a cleaner, more efficient future.
Demand Response Strategies for Geothermal Heat Pump Systems under Taiwan’s Subtropical Climate
Taiwan’s hot, humid summers and mild winters present unique challenges for energy management. This blog post explores how shallow geothermal heat pump (GHP) systems, enhanced with advanced control algorithms and smart communication interfaces, can optimize heating and cooling. By participating in demand response (DR) programs, these systems can improve grid stability and energy efficiency. Discover the strategies, feasibility, and potential impacts of integrating GHP systems in Taiwan’s energy landscape.
Shallow Geothermal Heat Pump Systems for Peak Load Shaving in Taiwan’s Cooling Grids
Taiwan’s electricity grid faces increasing challenges due to rising summer cooling demands. This blog post explores how shallow geothermal heat pump (SGHP) systems can help reduce peak loads and enhance grid stability by leveraging Taiwan’s abundant groundwater resources. Discover the benefits, feasibility, and potential challenges of implementing SGHPs as flexible distributed energy resources in Taiwan’s future cooling grids.
Arts
Featured Voice-Acting Performance
Since childhood, I was captivated by Taiwanese glove puppetry, enchanted by the magic of one person bringing countless characters to life. This passion inspired me to pursue voice acting, even as I built a career in environmental and mechanical engineering. My love for voice acting remains strong, and I recreate classic scenes from Jin Guang puppetry shows in my leisure time, celebrating this rich tradition.
Shi Yanwen's Sacrifice: A Brother's Love and Regret
In this voice-acting performance, I bring to life the poignant and dramatic scene between Shi Yanwen (史艷文) and Cang Jing Ren (藏鏡人) from the acclaimed Taiwanese puppet show series “Jin Guang Glove Puppetry Show” (金光布袋戲). My portrayal captures the depth of Shi Yanwen’s emotional monologue and the intense sacrifice he makes for his brother, highlighting themes of regret, duty, and the fine line between righteousness and evil. Experience the profound story of these two iconic characters and their tragic bond.
Qiao Rulai's Enlightenment: Journey to the Bodhidharma Jin Guang Tower
In this voice-acting performance, I bring to life the profound journey of Qiao Rulai (俏如來) from the Taiwanese puppet show series “Jin Guang Glove Puppetry Show” (金光布袋戲). My portrayal captures Qiao Rulai’s quest for enlightenment and inner peace as he attempts to enter the Bodhidharma Jin Guang Tower. This scene delves into deep philosophical themes of Buddhism, highlighting Qiao Rulai’s realization that the true Buddhist kingdom resides within the heart. Experience this iconic scene brought to life through my voice-acting performance.
Featured Xiangsheng Crosstalk Performance
My journey into Xiangsheng crosstalk began in high school, enhancing my language skills and public speaking. As the associate director of a Xiangsheng club in college, I performed for various audiences and taught the art form, winning accolades and refining my presentation skills. These experiences have fueled my passion for performance art and storytelling.