A single-stage PV module integrated converter based on a low-power current-source inverter. Sahan, B., Vergara, A., N., Henze, N., Engler, A., & Zacharias, P. Ieee Transactions on Industrial Electronics, 55(7):2602-2609, 2008. Website abstract bibtex This paper presents a transformerless three-phase inverter designed for the integration into a special type of a photovoltaic (PV) module, which is capable of providing an output voltage of several hundred volts. The chosen topology, a current-source inverter, features a single-stage power conversion system that directly feeds into the grid. The principle operation and control is described, and a modified modulation strategy is proposed to attenuate common-mode currents. A robust and highly efficient laboratory prototype of a 250-W module integrated converter has been implemented and tested. Its compact and flat design allows the direct attachment to the PV module.
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abstract = {This paper presents a transformerless three-phase inverter designed for the integration into a special type of a photovoltaic (PV) module, which is capable of providing an output voltage of several hundred volts. The chosen topology, a current-source inverter, features a single-stage power conversion system that directly feeds into the grid. The principle operation and control is described, and a modified modulation strategy is proposed to attenuate common-mode currents. A robust and highly efficient laboratory prototype of a 250-W module integrated converter has been implemented and tested. Its compact and flat design allows the direct attachment to the PV module.},
bibtype = {article},
author = {Sahan, B and Vergara, A N and Henze, N and Engler, A and Zacharias, P},
journal = {Ieee Transactions on Industrial Electronics},
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