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

How to unlock greater efficiency and cut costs in your operations

[eBook] The Hidden ERP Costs in Food &...

How to leverage the re-emergence of DC high-voltage distribution

Learn about three operational topologies, pertinent examples and techniques that can be...

Solar technology — tools, tips and tricks of the trade

Photovoltaic systems require specific knowledge and specialist products. Download this...

Content from other channels on our network

Meeting switchboard demand in South Australia

Schneider Electric launches electrical training roadshow

ARENA invests $953K in grid stability software

NSW Govt to boost EV workforce

Essential Energy opens applications for 2027 Graduate Program

Queensland Government reports progress on Energy Roadmap after six months

Government fast-tracks funding to support industry and shore up supply chains

AI won’t restart your plant: Why practical skills matter more than ever

POSCO Holdings steps up HILT CRC partnership

Melbourne company gets funding for new battery manufacturing model

Harvest now, decrypt later: why your encrypted data has an expiry date

GitLab expands AI coding partnership with Google Cloud

Wireless Broadband Alliance issues Wi‍-‍Fi security guidelines

What ANZ CISOs must prioritise as AI reshapes security operations

KnowBe4 launches Agent Risk Manager

All content Copyright © 2026 Westwick-Farrow Pty Ltd