·The high-voltage DC bus system provides high-frequency isolated and stable high-voltage DC power supply (570/700/750VDC), where the energy is fed back and reused in the high-voltage DC bus, thereby continuously reducing costs and increasing efficiency in the battery cell production line.
·The high-voltage DC bus system provides non-isolated and stable high-voltage DC power supply (700/750VDC), where the energy is fed back and reused in the high-voltage DC bus, thereby continuously reducing costs and increasing efficiency in the battery cell production line.
·TBS & TDM, as the core power supply unit, provide a high-frequency isolated/non-isolated and stable high-voltage DC power supply system, with energy flowing autonomously in both directions, applicable in scenarios such as lithium battery formation and capacity grading, and bidirectional testing.
·TUM supplies power to the fan, reducing system heat and loss, thereby improving system efficiency.
The efficient module combination greatly reduces costs, gathers energy on DC bus, and provides efficient DC/DC output.
Low cost and high efficiency
In the event of a single module failure, the faulty module can protect itself and be removed from the system, allowing the system to continue operating normally.
No shutdown due to malfunction
Modular design prevents fault propagation. It supports hot-swapping, allowing faulty modules to be maintained at any time. The faulty module can be quickly replaced within 10 minutes, ensuring the system operates normally.
Business uninterruption
TUM Unidirectional DC/DC Power Module is connected to the high-voltage DC bus and can be applied to power the cooling fans in lith...
view more
TBS Bidirectional AC/DC Power System is connected between the power grid and the high-voltage DC bus, providing a high-frequency i...
view more
Connected with high and low voltage DC buses for energy to flow autonomously in both directions, TDM series bi-directional DC-DC p...
view more
