BEE Laboratory · Sogang University

Disruptive battery technologies by chemistry, materials, engineering.

Advanced battery materials and systems bring a strong complexity that demands an insightful understanding of electrochemical phenomena. Our group establishes principles for material design and rigorously evaluates these innovations to bring them toward practical standards.

Prof. Jaegeon Ryu · Department of Chemical & Biomolecular Engineering · Institute of Energy and Environment

01 · Interface

Electrode–Electrolyte Interface

Governing ion transport and interfacial stability.

02 · Electrolyte

Electrolyte Solution Chemistry

Designing the ionic medium for stable transport.

03 · Electrode

Composite Electrode Engineering

Active materials, binders, and architecture in concert.

Batteries, engineered at every scale

From material to system.

We design and diagnose lithium and beyond-lithium batteries across every length scale — from the atoms in an active material to the pack that powers a grid.

01 · Material

Material

Active materials & atomic-scale design

02 · Electrode

Electrode

Binders, conductive network & architecture

03 · Cell

Cell

Full-cell integration & evaluation

04 · System

System

Modules, packs & grid-scale storage

Join us

BEE Laboratory recruits 2–4 graduate students every year. Majors include, but are not limited to, Chemistry, Chemical Engineering, and Materials Engineering.

대학원생 (석·박사) — 이메일(jryu@sogang.ac.kr)로 신청해 주세요.
학부연구생 / 인턴 / 연구프로젝트 / 심화종합설계 — 이메일로 신청해 주세요 (대학원 진학예정·고학년 우선 배정).