From Dry Electrode to Supercapacitor System: Unveiling the Full-Chain Technology of Tsingyan Electronic Supercapacitors

Supercapacitors, as core components in the power electronics industry, are widely applied in fields such as power electronics, new energy, and industrial control. From dry electrode materials to individual supercapacitors, and further to module and supercapacitor system integration, each step profoundly influences the performance and lifespan of supercapacitors. Today, Tsingyan Electronic takes you deep into the full-chain technology of supercapacitors, unveiling the technological intricacies behind them!

Materials Determine Performance

Dry Electrodes to Supercapacitors

Electrodes are one of the key materials determining their performance. Tsingyan Electronic's dry-process electrodes feature higher compaction density, enabling a 20% capacity increase. The solvent-free PIFs technology significantly reduces side reactions during capacitor usage, extending their lifespan by 40%.

High-Performance Core Devices

Supercapacitor Individual Component Technology

Supercapacitor individual components serve as fundamental components within circuits. Tsingyan Electronic offers a range of high-performance supercapacitor individual products, adapting to diverse scenario requirements.

Empowering High-End Applications

Modules and System Integration

Supercapacitor individual components, through modular design, can form higher-energy, higher-power supercapacitor systems to meet complex scenario requirements.
· Modules

Focusing on Smart Fields

Market Cases

Electronics Market

Supercapacitors serve as electronic components applied in consumer electronics, smart meters, white goods/small appliances, and smart microgrid meter areas.

Wind Power and Photovoltaic Market

The Dual-Carbon Era (2030 Peak, 2060 Neutrality) drives explosive growth in the wind and photovoltaic markets. Supercapacitors are primarily applied in photovoltaic panel orientation and wind turbine pitch adjustment, demanding high reliability under vibrational conditions. Due to high maintenance costs, maintenance-free operation must be achieved.

Power Quality Management Market

Amid frequent power quality issues such as voltage sags and instantaneous power interruptions, Tsingyan Electronics' supercapacitor technology is widely adopted in semiconductor manufacturing, new energy power stations, medical facilities, and other scenarios. Tsingyan Electronics' supercapacitor technology drives continuous innovation in power quality management, supporting the development of more stable and efficient power systems.

BBU Market

Supercapacitors play a vital role in the BBU field. Their rapid response capability addresses BBU's shortcomings in millisecond-level power protection while optimizing data center energy efficiency and space utilization. In the future, with rising AI computing demands, collaborative design between the two will become key to high-reliability power systems.

—— Connecting Global Demand, Building an Intelligent Future Together ——

· February 2019: Electric vehicle manufacturer TESLA fully acquired American Maxwell.
· August 2020: Established Shenzhen Tsingyan Electronics, initiating the construction of a large-scale dry-process electrode production line.
· October 2021: Completed the large-scale production line, achieving import substitution and domestic independent supply.

From dry-process electrode materials to system integration, Tsingyan Electronics specializes in full industry chain technology for supercapacitors. We are among the few global enterprises with comprehensive capabilities spanning dry-process electrode R&D, capacitor cell manufacturing, and system integration. Continuously advancing innovative applications of supercapacitor technology in energy storage and power electronics, we provide customers with high-performance, highly reliable full-range solutions.