From November 20 to 23, 2025, the Second National Academic Conference on Energy Chemistry, organized by the Energy Chemistry Professional Committee of the Chinese Chemical Society and Shanghai Jiao Tong University, was grandly held at the Fuyue Grand Hotel in Songjiang, Shanghai. With the theme "Materials Building the Foundation of Energy Chemistry, Innovation Driving a Low-Carbon Future," the conference focused on major frontier directions in energy chemistry and attracted top experts, research teams, and industry representatives from the fields of energy chemistry, materials science, catalysis, and energy conversion and storage from across the country.
As a technology company deeply engaged in advanced experimental equipment for photochemistry, photoelectrochemistry, and photothermal catalysis, Beijing Bofeilai Technology Co., Ltd. (PerfectLight) was invited to exhibit, presenting multiple high-end research instruments on site and showcasing the company's latest R&D achievements and systematic solutions in the field of energy chemistry research equipment.
At this exhibition, PerfectLight focused on showcasing three flagship instruments to provide high-performance experimental support for research in energy storage and conversion, low-carbon catalysis, and solar energy utilization:
μGAS1001 Trace Gas Reaction Evaluation System、PLR PECTS-L2200 Continuous-Flow Photoelectrocatalysis Testing System、PLS-CS300 Xenon Lamp Light Source System
Energy chemistry is in a critical period of rapid iteration. From new energy material design and low-carbon catalysis to solar energy utilization, all depend on support from high-performance experimental instruments. PerfectLight has consistently adhered to independent R&D and closely aligned its work with research needs, providing researchers with: precise and reliable photochemical and photoelectrocatalytic experimental platforms and modular solutions tailored to research workflows.
By participating in this academic event, PerfectLight further consolidated its connections with the national energy chemistry research community and will continue to promote original innovation breakthroughs and technology translation in China's energy chemistry through technological innovation, contributing scientific and technological strength to achieving the "dual-carbon" goals (carbon peaking and carbon neutrality).
