Integrate advanced power cells, high-density capacitors, and custom connector interface systems tailored for global hardware requirements.
Established in 2007, Dynalink (DL) currently has a workforce of over 800 employees, including more than 200 highly specialized technical staff. We operate a fully integrated, state-of-the-art design and manufacturing infrastructure specializing in custom high-density power supplies, high-reliability energy storage capacitors, and micro-precision interconnect assemblies.
By investing continuously in raw material formulations, precision stamping, high-vacuum coating, and battery management system (BMS) architectures, Dynalink provides mission-critical components that operate efficiently in aerospace, defense, marine transport, electric vehicles, industrial robots, and automated medical infrastructure.
ISO14001:2015
ISO9001:2015
ISO45001:2018
The global industrial landscape is experiencing a massive paradigm shift towards electrification, requiring high-energy-density rechargeable power modules that are both thermally stable and functionally robust. In the OEM rechargeable market, procurers are no longer just buying off-the-shelf cells; they require complete integrated designs combining cells, protective casings, specialized electronics, and reliable interconnect solutions.
From dynamic multi-rotor logistics drones to sub-zero railway telemetry systems, industrial energy systems must withstand physical shock, extreme ambient temperatures, and complex electrical feedback loops.
We mitigate supply chain risks and system integration failure through dedicated vertical integration:
Every batch undergoes strict grading processes to ensure cell-to-cell capacity variance remains below 1.5%.
Custom mechanical structures with integrated thermal shock barriers, ensuring compliance with UN38.3 standard testing.
Eliminating design gaps by pairing power systems with our proprietary connectors and self-healing capacitors under one factory roof.
We deploy advanced design systems to integrate custom battery packs, capacitors, and connectors into highly reliable systems.
In the drone industry, we ensure efficient high-current charging, reliable continuous discharge rates, and stable connectors that withstand continuous flight vibration.
High-speed modular backplanes and backup power supplies ensure uninterrupted operation, preventing data loss in hyperscale cloud environments.
IP67/IP68 rated connectors combined with self-healing parallel capacitors support robotic arms and AGVs operating in harsh environments.
Our proprietary computer-aided design platform allows engineers to quickly design, prototype, and deliver integrated power systems.
We continue to invest in research and development to overcome barriers in energy density, low-loss interconnects, and solid-state battery manufacturing.
Dynalink matches technical expertise with reliable, repeatable manufacturing. We utilize automated production lines with optical sorting, laser welding, and inline X-ray inspection to maintain consistent manufacturing standards.
We aim to empower life with technology and build a sustainable future by developing reliable and efficient system power solutions.
Our workplace environment encourages continuous learning, providing our 200+ engineers with the training and resources to solve complex power electronics challenges.
Focusing on batteries, capacitors, and connectors, we work to increase capacitor energy density, reduce connector insertion loss, and develop solid-state battery platforms.
Our commitment to research keeps us at the forefront of power storage technology. Here is how we plan to scale our solutions over the coming years.
Optimizing current density and automated manufacturing lines to reach cell level energy values up to 280 Wh/kg with LFP chemistry.
Deploying edge computing microcontrollers in our BMS platforms to predict thermal runaway anomalies before they occur.
Introducing solid-state electrolyte cells in specialized military and medical markets where safety and energy density are critical.
Integrating gold-plated high-frequency circular connectors directly into modular power banks for plug-and-play operation.
Every product is manufactured to meet rigorous quality standards, ensuring compliance across global aerospace, military, and commercial markets.
Technical answers to standard questions about custom lithium-ion battery packs, system design, and testing protocols.
We use automated testing systems that check individual cell capacity, internal resistance (IR), and open-circuit voltage (OCV) prior to pack assembly. By selecting cells with close tolerances, we reduce balancing overhead and extend the lifetime of the pack.
Yes. All of our custom lithium rechargeable batteries are tested and approved under UN38.3, MSDS, and relevant transport authorities. We provide the documentation required for global maritime, air, and ground transport.
We recommend our circular electrical connectors (599 Series III) or custom pin headers with bayonet-locking mechanisms. These connectors are built to maintain electrical contact under high vibration and mechanical shock.
Yes, our R&D engineering team designs custom BMS systems with communication protocols (CANbus, SMBus, Modbus) and tailored protection limits to meet safety requirements.
Explore our line of high-density capacitors, connectors, and power storage supplies designed for high-stress environments.
Dynalink Electronic