The demand for higher output currents at ever lower voltage levels is often solved by paralleling multiple converters. Provided redundancy is implemented this technique, besides being relatively easy to implement, has the advantage of improving the overall system reliability. Also, the parallel-connection concept forms the basis of a very cost-effective power system design, since the entire system often can be realized using off-the-shelf units. This paper verifies experimentally that the use of the thermal load sharing technique, proposed in , not only increases the overall system reliability but also has a positive impact on the system efficiency. The latter aspect is achieved by redistributing the current throughput of each converter, which in turn results in equal thermal conditions as opposed to the current sharing technique’s intent to establish equal currents.
|Title of host publication||APEC 2004 – Nineteenth Annual IEEE Applied Power Electronics|
|Publication status||Published - 2004|
|Event||19th Annual IEEE Applied Power Electronics Conference and Exposition - Anaheim, CA, United States|
Duration: 22 Feb 2004 → 26 Feb 2004
Conference number: 19
|Conference||19th Annual IEEE Applied Power Electronics Conference and Exposition|
|Period||22/02/2004 → 26/02/2004|