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Energy Harvesting (PV) demo

Introduction

A wireless demonstrator powered by harvested energy stored in ceramic batteries.

This demonstrator is built to showcase what is possible with energy harvesting, storage in solid-state batteries, and BLE communication. All this is now a possibility due to the nPZero power-saving IC that reduces power consumption to new levels.

Board Image

Demo variants

Different versions of the PV demo has been developed, using different key components for energy storage and sensors.

TDKMaxellLigna
Host MCURSL15 (ON Semiconductors)RSL15 (ON Semiconductors)RSL15 (ON Semiconductors)
Energy SourceEpishine - LEH3_50x30_6_10_GEpishine - LEH3_50x30_6_10_GEpishine - LEH3_50x30_6_10_G
Energy StorageCera Charge B73180A0101M062Maxell Solid State Battery PSB401010HLigna Super CAP 0010001
PMICAEM10300 (EPEAS)AEM10300 (EPEAS)AEM10300 (EPEAS)
DC/DC regulatorTPS62199 (Texas Instruments)TPS7A0218 (Texas Instruments)TPS7A0218 (Texas Instruments)
Light SensorTSL25403M (ON Semiconductors)TSL25403M (ON Semiconductors)TSL25403M (ON Semiconductors)
Pressure SensorICP10101 (TDK)ICP10101 (TDK)ICP10101 (TDK)
Temp/humidity SensorHDC2010 (Texas instruments)HDC2010 (Texas instruments)HDC2010 (Texas instruments)
IMU/ACC SensorICM-45605 (TDK)LIS2DW (ST)LIS2DW (ST)
Time of Flight SensorCH201 (TDK)CH201 (TDK)CH201 (TDK)
NFCNT3H2111W0FTTJ (NXP)NT3H2111W0FTTJ (NXP)NT3H2111W0FTTJ (NXP)

Quick Guide

The below guide explains how to setup and run the demo, including links to the accompanying Android app used to receive sensor updates from the board.

This document is shared between the different demo variants.

Hardware Design Files

TypeLignaMaxellTDK
Schematicdemo_pv_ligna_sch.pdfdemo_pv_maxell_sch.pdfdemo_pv_tdk_sch.pdf
BOMdemo_pv_BOM.xlsxdemo_pv_BOM.xlsxdemo_pv_BOM.xlsx