Table of contents

Innovative measurement technology

Browse categories

Application Notes
Data Acquisition Knowledge Base
Product Updates
Corporate News
Dewesoft Events
Case Studies

Top authors

PR

Primož Rome

GS

Grant Maloy Smith

CF

Carsten Frederiksen

EK

Eva Kalšek

ML

Matic Lebar

New Models of the SIRIUS® XHS-PWR Power Analyzers

JO

Jaka Ogorevc

February 14, 2024

Introducing the two new devices in the SIRIUS® XHS-PWR product family. SIRIUS® XHS-PWR is a distinctive 2-channel Power Analyzer specifically designed for in-vehicle testing of electric and hybrid vehicles.

We are excited to announce the addition of two new products to this family:

  1. SIRIUSi-XHS-PWR-1xHV-1xDC-CT-250A-UNI power analyzer

  2. SIRIUSi-XHS-PWR-1xHV-1xDC-CT-1000A-CON power analyzer

Both products facilitate safe, high-power, in-vehicle measurements of current, voltage, and power, tailored for e-mobility applications.

SIRIUSi-XHS-PWR-1xHV-1xDC-CT-250A-UNI and SIRIUSi-XHS-PWR-1xHV-1xDC-CT-1000A-CON power anlyzers

Innovative measurement technology

The current measurement employs a patented DC-CT zero-flux transducer, based on the Platiše Flux Sensor (PFS). This technology ensures high-precision measurements of both AC and DC currents (with less than 0.1% error) and offers a high bandwidth (exceeding 500 kHz). The DC-CT current transducer also features exceptionally low-temperature drift, outstanding linearity, and robust overload capability. It can easily handle measurements of battery DC and motor AC currents, including signals at higher frequencies.

Hybrid ADC technology

Our HybridADC® technology provides both high bandwidth and dynamic measurements in a single device. In high-bandwidth mode, current and voltage are sampled at rates up to 15 MS/s, with a bandwidth reaching 5 MHz.

Dewesoft DAQ technologyDewesoft Data Acquisition Technology ExplainedFind out which are the most important Dewesoft DAQ technologies and learn more about their principle of operation and how they improve the DAQ process.

Safety and durability

The system complies with the EN 61010-1 safety standard, ensuring channel-to-channel and channel-to-ground isolation up to CATII 1000 V. Its IP65-rated chassis, which encloses the power lines, operates reliably between -20°C and 70°C and withstands high shock and vibration levels. The device also includes internal temperature monitoring.

Data integration and synchronization

Measured values are transferable via Ethernet, XCP, OPC UA, and CAN. Data synchronization with other sources, such as CAN BUS, GPS, IMU data, video, and more, is streamlined using the IEEE 1588v2 PTP timing protocol.

Product details

SIRIUSi-XHS-PWR-1xHV-1xDC-CT-250A-UNI

SIRIUSi-XHS-PWR-1xHV-1xDC-CT-250A-UNI power analyzer

This power analyzer measures voltages up to ±2000 V (accuracy of 0.03%) and currents up to ±500A (short term) at a maximum sampling rate of 15 MS/s.

It features universal high-voltage harness connectivity, accommodating various multicore cables and connector types. Ideal for applications like total power consumption analysis of E-vehicles, including auxiliary and HVAC systems.

SIRIUSi-XHS-PWR-1xHV-1xDC-CT-1000A-CON

SIRIUSi-XHS-PWR-1xHV-1xDC-CT-1000A-CON power analyzer

Designed for measuring voltages up to ±2000 V (accuracy of 0.03%) and currents up to ±2000A, with a maximum sampling rate of 15 MS/s.

It includes HV connectors (Amphenol PowerLok 500 Series) and supports HV harnesses with cross-sections up to 120 mm². This device is particularly useful for Powertrain efficiency, Real-drive testing, Transient analysis, EMC testing, and Total power consumption.

Leading the way in e-mobility measurement technology

The SIRIUS® XHS-PWR products are pioneering new standards in measurement technology. They empower engineers to analyze energy flows effortlessly and optimize designs for more efficient electric vehicles, effectively tackling the daily challenges of the dynamic e-mobility industry.