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  1. Sep 13, 2023This work proposes and experimentally characterizes a low-power circuit to track the maximum power point (MPP) of submilliwatt photovoltaic (PV) cells intended for indoor applications. The circuit relies on a low-power conventional indirect tracking technique: the fractional open circuit voltage (FOCV). The experimental results presented herein show that power losses due to the tracking ...
  2. upcommons.upc.edu

    This research was funded by EU through the Horizon EIC pathfinder challenge project SUSTAIN (101071179) and by the Spanish Ministry of Science and Innovation through project PID2022-139505OB-I00 ... Azlor, M. [et al.]. FOCV-MPPT power management unit for submilliwatt indoor PV cells. A: Eurosensors Conference. "Eurosensors conference 2023 ...
  3. semanticscholar.org

    Semantic Scholar extracted view of "FOCV-MPPT Power Management Unit for Submilliwatt Indoor PV Cells" by Marc Azlor et al. ... @article{Azlor2024FOCVMPPTPM, title={FOCV-MPPT Power Management Unit for Submilliwatt Indoor PV Cells}, author={Marc Azlor and Eduard Ferr{\'e} and Manel Gasulla and Ferran Reverter}, journal={Eurosensors 2023}, year ...
  4. sciencedirect.com

    A summary of the design and implementation of the FOCV MPPT algorithm for PV EH-IoT is presented in Table 2 ... A time-based MPPT of on-chip PV cells in an indoor environment has ... Bartling S, Calhoun BH. A 1.2uW SIMO energy harvesting and power management unit with constant peak inductor current control achieving 83-92% efficiency across ...
  5. sciencedirect.com

    In (Lapena [2012]) authors propose a low-power FOCV so that the sample and hold of the Voc is adjusted on the base of the solar irradiance by mean of PV current measurement. This paper presents an adaptive low-power MPPT system based on the FOCV method.
  6. vtechworks.lib.vt.edu

    intended to power wireless sensor nodes (WSNs) or other computing unit such as microcontrollers or DSPs to provide a power solution for Internet of Things (IoTs). The proposed circuit can extract maximum power from the PV panel by utilizing the maximum power point tracking (MPPT) technique. The power stage is a synchronous dual-input dual-
  7. The circuit relies on a low-power conventional indirect tracking technique: the fractional open circuit voltage (FOCV). The experimental results presented herein show that power losses due to the tracking inaccuracy of the FOCV technique are much lower (at least a factor of 10) than those due to the ensuing micropower DC/DC converter.
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