Investing in the
Future of Energy

At Trydan Tech, we are shaping the future of energy with breakthrough battery technology that powers industries worldwide. Our investments fuel cutting-edge innovation, sustainable energy solutions, and global expansion, creating long-term value for both our partners and investors.

"At Trydan Tech, we're not just developing batteries. We're revolutionizing energy storage. Our commitment to innovation, performance, and sustainability positions us at the forefront of the industry. This is more than just a company; it's an opportunity to drive the future of energy."

- Hari Krishnan D

CEO & Co-founder

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Investor Resources
& Financials

We believe in transparency and data-driven growth, providing our investors with key insights and reports. Stay updated with our latest financials, market analysis, and company progress.

Annual
Performance Report

Available Soon

Quarterly
Performance Report

Available Soon

Quarterly
Performance Report

Available Soon

Join Us.

Trydan Tech is actively seeking investors and partners who share our vision for high-performance, sustainable energy solutions. Whether you're a venture capitalist, private equity investor, or strategic partner, we invite you to be part of our journey.

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Adapting Power Systems for the Modern Telecom Network

16.10.2025

Adapting Power Systems for the Modern Telecom Network

Telecommunication networks depend on continuous and stable power to keep cell towers, base stations, and edge nodes operating. Eve...

The Changing Role of UPS Systems in Modern Data Centers

15.10.2025

The Changing Role of UPS Systems in Modern Data Centers

A Uninterruptible Power Supply (UPS) is a system that provides backup power when the main electrical supply fails or fluctuates.

Traditional Lithium-Ion Cells vs. Tabless Cells: A Leap in Battery Innovation

25.09.2025

Traditional Lithium-Ion Cells vs. Tabless Cells: A Leap in Battery Innovation

Lithium-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.

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