Redefining Energy Storage.
Redefining
The Future.
Experience the next evolution in energy solutions—where innovation meets efficiency. Our cutting-edge storage technology and high-performance batteries are designed to drive sustainability, reliability, and a smarter, cleaner world.
Trydan 5000T Series
5 Ah
500+
3.6V
Trydan HPE Series
20Ah
3000+
3.2V
Trydan SHE Series
22 Ah
300+
2.1V
Trydan 5000T Series
5 Ah
500+
3.6V
Trydan HPE Series
20Ah
3000+
3.2V
Trydan SHE Series
22 Ah
300+
2.1V
The Need of the Hour.
Born from the need for advanced energy systems, Trydan Tech has transformed battery technology by seamlessly integrating high power and high energy characteristics. We are bridging the gap between power and efficiency, developing high-performance batteries that drive the future of mobility, industry, and innovation.
Enhanced Power Density
Delivers faster energy output and superior response time. Maintains peak performance even at low charge levels, ensuring consistent power delivery across applications.
Optimized Energy Efficiency
Minimizes heat loss and power dissipation, improving thermal stability and ensuring reliable performance and safety.
Greater Charge Retention
Advanced battery chemistry and design improve charge retention, ensuring longer-lasting power delivery and better performance over extended use.
Extended Battery Lifespan
Designed for longer-lasting performance, our advanced cell technology reduces degradation over time, allowing for fewer replacements and greater reliability in demanding applications.
Unleashing High Power & Energy for More Efficient Storage.
Our next-generation cell technology is designed to maximize performance, efficiency, and longevity for high-demand applications. With advanced thermal management and optimized power retention, our batteries deliver consistent performance even at low charge levels, ensuring seamless operation across industries.
Utilizing cutting-edge material innovations, our technology minimizes heat generation, enhances energy transfer efficiency, and extends battery lifespan, making it ideal for high-power applications.
News
25.09.2025
Traditional Lithium-Ion Cells vs. Tabless Cells: A Leap in Battery InnovationLithium-ion batteries have powered the modern age, from smartphones to electric vehicles (EVs). Yet, even the most advanced traditional cells face challenges such as heat generation, limited power delivery, and efficiency loss under high demand.
18.09.2025
What are Tabless Battery Cells? A Technical Deep DiveAs traditional cylindrical cells such as 18650 and 21700 reach their engineering limits, the industry is innovating with new designs that reduce inefficiencies and improve scalability.
12.09.2025
Data Center Power Requirements in the Age of AIIn recent years, data centers have become the backbone of the digital economy. With the rapid expansion of cloud computing, edge processing, and especially artificial intelligence (AI), the demand for high-performance, power-intensive computing infrastructure has reached unprecedented levels.