ST STSW-IDS002V1 User Manual

STSW-IDS002V1: GUI for for STEVAL-ISV021V1, STDES-IDS002V1 and
Introduction
This document describes the software graphic user interface designed to test the key features of the SPV1050 ultra low power
energy harvester and battery charger device.
It can be downloaded directly from www.st.com and supports the following demonstration kit and evaluation boards:
STEVAL-ISV021V1: Energy harvesting demonstration kit based on SPV1050
STDES-IDS002V1: SPIDEr™ Autonomous wireless multi-sensor node powered by PV cells and based on SPV1050
STDES-IDS003V1: SPIDEr™ Autonomous wireless multi-sensor node powered by TEG and based on SPV1050
The pictures of evaluation boards listed above and of STDES- ERH001D (power monitoring board, PMB) are shown in
Figure 1. STDES-ERH003V1 (SPIDEr@ST™ with PV module): top and
with TEG): top and bottom, Figure 3. STEVAL-ISV021V1 (Energy harvesting module): top and bottom
ERH001D (power monitoring board, PMB): top and
Please refer to the related databriefs for further details.
The dedicated software GUI (STSW-IDS002V1) displays in a very user-friendly way the
performances to let users test the device in the real operating working condition.
The PMB has to be connected to the above mentioned boards in order to provide the electrical specification of energy
harvesting sources (PV module or TEG) and the power extracted from it, the battery operating voltage and current, the
conversion efficiency, the MPPT accuracy, the environmental irradiance or temperature, and the overall system power budget.
The next section describes the hardware setup and software configuration to perform measures and tests.
UM1752 - Rev 3 - March 2019
For further information contact your local STMicroelectronics sales office.
Table 1. Evaluation products supported by the software
bottom.
STDES-IDS003V1 evaluation boards
bottom, Figure 2. STDES-ERH001V1 (SPIDEr@ST™
SPV1050 features and system
UM1752
User manual
and Figure 4. STDES-
www.st.com