Vincotechs New Three-Level Topology for Solar Applications
FlowPACK 1 H6.5 is the choice alternative for highly efficient, single-phase solar inverters
Vincotech, a supplier of module-based solutions for power electronics, today announced the release of a new line of three-level power modules engineered to achieve highest efficiency for single-phase solar inverters, even at reactive power. Packaged in the most compact flow 1 housing, flowPACK 1 H6.5 combines excellent performance with remarkable cost efficiency.
Size and cost are key concerns for single-phase solar inverters. On top of that, they demand a level of efficiency that the conventional H-bridge topology cannot deliver in freewheeling mode. They need a solution with a dynamic short in the output that enables energy to circulate without losses, and without charging back the input supply.
Size and cost are key concerns for single-phase solar inverters. On top of that, they demand a level of efficiency that the conventional H-bridge topology cannot deliver in freewheeling mode. They need a solution with a dynamic short in the output that enables energy to circulate without losses, and without charging back the input supply.
The flowPACK 1 H6.5 is designed with size, cost and efficiency in mind, making it solution of choice for single-phase solar inverters. The schematics below illustrate how this special topology works:
The patented Heric inverter serves as the benchmark for comparison. The measurements below indicate VIN H6.5’s efficiency in contrast to that of Heric and simple H-bridge single-phase solar inverters under typical operating conditions.
The patented Heric inverter serves as the benchmark for comparison. The measurements below indicate VIN H6.5’s efficiency in contrast to that of Heric and simple H-bridge single-phase solar inverters under typical operating conditions.
The new full-bridge flowPACK 1 H6.5 module comes in a compact, low inductive flow 1 housing and covers 3 to 6 kW applications ranging up to 50 kHz.
Samples may be sourced on demand from our usual channels as of July 2016.
Samples may be sourced on demand from our usual channels as of July 2016.
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