Abstract

Electrolysis water splitting for hydrogen production and hydrogen storage both rely on thermal energy. See how high-efficiency electric heating technology supports the hydrogen energy value chain.

 

Main Body

In 2026, as the global energy structure transitions, hydrogen energy is gaining significant attention as a zero‑carbon energy source. Electric heating technology plays the role of an unsung hero in the hydrogen

production chain.

 

Electrolyte Preheating

In alkaline electrolyzers, maintaining the electrolyte at the optimal reaction temperature of approximately 80°C significantly improves hydrogen production efficiency. Our custom‑developed high‑power immersion flange

heaters feature multiple explosion‑proof structures to meet the extremely high safety standards required in hydrogen environments.

 

Thermal Desorption for Solid‑State Hydrogen Storage

Solid‑state hydrogen storage media require precise heating to release hydrogen. We have developed honeycomb electric heating modules that optimize airflow channels, achieving uniform heating inside the storage

tank and greatly reducing the hydrogen release response time.

 

Energy Saving & Emission Reduction

Compared to traditional gas‑fired boilers, electric heating combined with green electricity (wind power, photovoltaics) achieves truly zero‑emission heating.