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This paper proposes a cost-effective solution useful to remotely control via Internet a nanogrid. The effectiveness and the goodness of the proposed solution is demonstrated in a laboratory setup using a 1kW single-phase nanogrid prototype. A development board Atmel EVK1100 is used to generate the PWM signals that force the IGBTs of all power converters belonging to the nanogrid. A single-board computer...
Design and build dc nanogrids is not an easy task, even in an experimental campaign in the laboratory. A crucial point is the control of the bidirectional ac-dc converter, which joins the dc nanogrid to the utility grid. In this frame, the paper illustrates how control a 22.8kVA IGBT three-phase inverter, model Semiteach by Semikron, via an evaluation/developing board, model EVK1100 by Atmel. PWM...
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