Advanced bidirectional DC-DC converter maximises your power

Supplied by Vicor Corporation on Monday, 21 October, 2019

Experimental results reveal a 300W in (charging battery) 1500W out (supporting bus) prototype proposed is able to charge battery at 92.9% efficiency (300W) and support bus at 93.6% efficiency (1500W).

Learn how to reach a higher power level and solve your voltage spike issues.

Related White Papers

Edge data collection, process monitoring, AI integrated solutions and services

Examine key strategies that can address...

Eliminate intermediate energy storage in EV power architectures

Learn about the BCM converter’s function, operation and capabilities as compared to a...

How to solve SWaP-C challenges with 270 V input applications

Defence applications with 270 VDC input must meet stringent EMI, environmental and power-related...

Content from other channels on our network

The non-human face of security threats: why identity has become critical infrastructure

Is your cloud infrastructure ready for AI?

ASD Essentials cybersecurity framework released

Macquarie Telecom and Netskope launch SASE offering

Democratising governance: supporting every employee with responsible, secure AI

Comms Connect Melbourne 2026 delivers

Lite Coms tactical satellite terminals to support the ADF

Voice console tech delivered for NZ's new LMR network

Laws passed to expand mobile coverage, protect consumers

Airbus–Broadtech MOU to explore next-gen comms for NZ

APPEX 2027 to put AI and robotic advances in the spotlight

Sparc and Levidian partner on UAE graphene‍-‍based coatings manufacturing

The roles of the vendor and EPCs in the project bidding process

ARC awards $82.5m for new research hubs and training centres

Industrial electricity costs could halve by sharing infrastructure

All content Copyright © 2026 Westwick-Farrow Pty Ltd