8/25 Webinar on Low-Temperature Thermal Resource Utilization through Heat Absorption Power Generation
Transforming factory waste heat and environmental heat into new energy. An explanation of the forefront of low-temperature thermal resource utilization through heat absorption power generation and STC technology.
This seminar will explain the latest technology of "heat absorption power generation," which converts low-temperature heat that has been difficult to utilize, such as factory waste heat and environmental heat, into a new energy resource. It will focus on semiconductor sensitized thermal utilization power generation (STC), which has a different power generation principle from conventional Seebeck-type thermoelectric conversion, covering its principles, material design, power generation and cooling mechanisms, latest research results, and the status of demonstration tests. Additionally, the seminar will discuss the importance of utilizing unused heat for achieving carbon neutrality, the resource conversion of factory and data center waste heat, and the potential applications in the energy industry. This content is ideal for decarbonization-related engineers, researchers, energy and manufacturing industry technicians, and new business planners who want to systematically learn about next-generation energy technologies.
Inquire About This Product
basic information
■Event Details Date and Time: August 25, 2026 (Tuesday) 13:30 - 16:30 Instructor: Associate Professor Yoshiko Matsushita, Tokyo University of Science, Faculty of Physics and Engineering Participation Fee: 44,000 yen (tax included) Newsletter Members: 39,600 yen (tax included) Benefits: Includes materials and on-demand streaming Delivery Method: Live streaming via Zoom ■Main Lecture Topics The necessity of low-temperature thermal resource utilization Basic principles of endothermic power generation Power generation and cooling mechanisms of semiconductor-enhanced thermal utilization power generation (STC) Material design and latest research results Demonstration tests and social implementation Next-generation energy technologies that balance power generation and cooling
Price information
Tuition fee: 44,000 yen (tax included) *Includes materials and on-demand streaming Our newsletter members (registration free): 39,600 yen (tax included) 【Newsletter Member Benefits】 If two or more people apply at the same time and all applicants register as newsletter members (free), the participation fee per person will be half of the newsletter member price.
Delivery Time
Applications/Examples of results
You can utilize it for responding to decarbonization and carbon neutrality, effective use of waste heat from factories and data centers, resource utilization of unused thermal energy, research and development of new energy technologies, and training and in-house education for engineers. *For details about the program and application methods, please check the related link URL.*
Company information
We provide the latest industrial insights to our clients. By conducting market trend analysis, publishing technology‑related books and research reports, and organizing and managing seminars, we support research and development across a wide range of industries, with a primary focus on manufacturing. Our coverage spans diverse fields such as energy, batteries, chemicals, and biotechnology.
![Long Duration Generator JPG2800 (H) [JPG Series]](https://image.www.ipros.com/public/product/image/f38/2000589619/IPROS13423978744402229250.png?w=280&h=280)
![Power Generator [JPG Series] 1.8kVA Output Model Long Duration Generator](https://image.www.ipros.com/public/product/image/de9/2001507379/IPROS27676588681980285293.png?w=280&h=280)
![Three-phase 200V [JPG series] 4.5kVA output model long-duration generator](https://image.www.ipros.com/public/product/image/6a1/2001507492/IPROS4505600401281607992.jpg?w=280&h=280)
![[Document] NMG Power Generation System Proposal Document <Significantly Improved Installability and Operability>](https://image.www.ipros.com/public/product/image/2004457/IPROS5785274013827365408.png?w=280&h=280)