Next Generation Refrigeration System Technology

Organizer
MATSUOKA, Fumio (Heatpump Lab.), DAIGUJI, Hirofumi (Univ. of Tokyo), KANAI, Hiroshi (Panasonic Co.), ITO, Masahiro (Mitsubishi Electric Co.), SAITO, Rei (Sun Co.), NAKAMURA, Shingo (Fuji Electric Co.)

2025/09/12 (Day 3 ), D室

Next Generation Refrigeration System Technology 1 09:20 〜 10:40
Development of remote automatic energy-saving control

◯ YOSHIDA Kotaro (Daikin Industries), NISHIKAWA Haruka, KAMADA Masaki, ETO Kohei, YURA Yoshinori
Research and Development of Remote Refrigerant Leak Detection Technology for Room Air Conditioners

◯ HAYASHI Hiroyasu (Mitsubishi Electric Corporation), ITO Masahiro, KATO Shun
Study on Miscibility of Refrigeration Oils for Hydrocarbon Refrigerants

SAITO Rei (JAPAN SUN OIL), SUZUKI Yoshinori, ◯ NAKANO Ryoichi, NANSO Hiei
Pressure-driven adsorption chiller with circulating adsorbent particles: comparison to conventional chillers

◎ PASQUALIN Paris (The University of Tokyo), HU Ming-Hsuan, BOCCAMAZZO Fabio, AUTI Gunjan, DAIGUJI Hirofumi

2025/09/12 (Day 3 ), D室

Next Generation Refrigeration System Technology 2 11:00 〜 12:00
Work Loss Analysis on a Heat Pump Cycle for Water Heating

◎ YAMADA Hikaru (CRIEPI)
Performance evaluation of using a MOF-coated heat exchanger for batch-operation hybrid compression adsorption heat pump

◯ HU Ming-Hsuan (The University of Tokyo), PASQUALIN Paris, AUTI Gunjan, BOCCAMAZZO Fabio, HSU Wei-Lun, DAIGUJI Hirofumi
Development of low-GWP refrigerant heat pumps utilizing renewable thermal energy
Heat pump chillers using low GWP refrigerants

WATANABE Choyu (Zeneral Heattpimp Industry, Co., Ltd.), ◯ SHIBA Yoshiro

2025/09/12 (Day 3 ), D室

Next Generation Refrigeration System Technology 3 13:20 〜 14:40
Simulation of Leakage of Lower Flammable Refrigerants into a Store from Showcases

IZUNO Yusaku (Fuji Electric), KOUNO Amane, ◯ SHIRAKI Takashi
Numerical Study of a MOF-Coated Heat Exchanger in a Hybrid Compression-Adsorption Heat Pump

◯ BOCCAMAZZO Fabio (The University of Tokyo), AUTI Gunjan, PASQUALIN Paris, HSU Wei-Lun, DAIGUJI Hirofumi
Study on Consideration of Direct Expansion System for Environmental Laboratory
Part7, Application where heat load changes suddenly

◯ NAGATA Junichiro (Sanki Engineering), OTA Shingo (Kyushu Univ.), HAMAMOTO Yoshinori, MATSUOKA Fumio (Heat pump labo.)
Study on Consideration of Direct Expansion System for Environmental Laboratory
Part8, CFD analysis model for predicting evaporator outlet temperature distribution

◎ OTA Shingo (Kyushu Univ.), NAGATA Junichiro (Sanki Engineering), HAMAMOTO Yoshinori (Kyushu Univ.), MATSUOKA Fumio (Heat pump labo.)

2025/09/12 (Day 3 ), D室

Next Generation Refrigeration System Technology 4 15:00 〜 16:20
Dust impact evaluation of anti-freezing paint

◯ OGAWA Riku (Fuji Electric), MIZUSAWA Tatsuya, ASADA Tadashi, KURIHARA Kentaro (Kansai Univ.), HIRANO Yoshiaki
Performance evaluation of High-Efficiency Centrifugal Heat Pump Using HFO-1233zd(E)

◯ SHIMIZU Yuki (Mitsubishi Heavy Industries Thermal Systems), FUKASAWA Kazuma, NITTA Tomonori, KANEKO Miki, SUEMITSU Ryosuke, MIYOSHI Naoya, MATSUKURA Noriyuki
Performance improvement of centrifugal chiller which use HFO-1233zd(E)

◯ OYA Yoshiki (Mitsubishi Heavy Industries Thermal Systems), MATSUKURA Noriyuki, MIYOSHI Naoya, IRA Yusuke, NITTA Tomonori
3D-Printed Polymer Energy Recovery Wheel for Energy Efficiency

◎ MAULANA Renaldi (National Chin-Yi University of Technology Taiwan), LUO Win-Jet, PANIGRAHI Bivas