SIRIUS® XHS 4xHV, 4xLV
Analyseur de puissance triphasé
Les analyseurs de puissance Dewesoft sont des instruments de pointe conçus pour une analyse précise et complète de la puissance et de la qualité de l'énergie dans diverses applications industrielles et de recherche. Dotés d'une technologie avancée et d'un logiciel intuitif, ces analyseurs offrent une précision, une flexibilité et une facilité d'utilisation inégalées. Notre gamme s'étend du plus petit analyseur de puissance triphasé au monde aux analyseurs portables multiphasés intelligents et compacts, en passant par les systèmes à grand nombre de canaux. Que vous soyez impliqué dans la fabrication industrielle, les énergies renouvelables, les essais automobiles, les essais aérospatiaux ou tout autre type de R&D, Dewesoft vous offre les outils dont vous avez besoin pour une analyse précise et efficace de la puissance.
Rejoignez les principaux ingénieurs et chercheurs qui font confiance à Dewesoft pour leurs besoins de mesures électriques critiques.
Parcourir les produits
Analyseur de puissance triphasé
Analyseur de puissance portable
Analyseur de puissance monophasé avec capteur de courant DC-CT® intégré
Le meilleur capteur de courant AC⚡DC disponible aujourd'hui !
Capteurs de haute précision pour la mesure du courant
Un analyseur de puissance est un instrument de précision utilisé pour mesurer et analyser la puissance électrique dans les systèmes, y compris des paramètres tels que la tension, le courant, la puissance, l'efficacité et les harmoniques. Les ingénieurs s'appuient sur les analyseurs de puissance pour comprendre le fonctionnement des systèmes électriques, identifier les pertes d'énergie et garantir la conformité aux normes industrielles. Ils sont essentiels pour optimiser les performances des moteurs électriques, des onduleurs et de l'électronique de puissance, en particulier dans des applications telles que les véhicules électriques, les énergies renouvelables et les équipements industriels, où l'efficacité et la qualité de l'alimentation sont essentielles à la fiabilité et aux performances du système.
Base de connaissances sur l'acquisition de données
In this article, you will learn what is power analysis and electrical power measurement, why do we need it, and how is performed with a power analyzer.
Base de connaissances sur l'acquisition de données
Find out which are the most important Dewesoft DAQ technologies and learn more about their principle of operation and how they improve the DAQ process.
Base de connaissances sur l'acquisition de données
DewesoftX is a powerful yet intuitive data acquisition software used across various industries and applications. Despite offering advanced features like real-time visualization, multi-sensor support, and robust analysis tools, it’s remarkably easy to learn. Its graphical interface, seamless hardware integration, and flexible screen design let users quickly set up, record, analyze, and export data with minimal training.
Notes d'application
In an effort to demonstrate the full capabilities of our data acquisition systems, our engineers built a 'show car' equipped with advanced testing instrumentation. They selected a BMW 330e PHEV to showcase a variety of automotive testing solutions, including engine performance, noise, vibration, and harshness analysis, as well as ADAS functionality. The project involved complex installations and safety considerations, culminating in successful demonstrations at various events.
Mises à jour des produits
DAQ SIRIUS XHS est une percée dans la technologie de conditionnement de signal offrant à la fois une bande passante élevée et une DAQ hautement dynamique.
Mises à jour des produits
Revolutionize your current measurements with the new DC-CT-1000I-S22DA current transducer. A groundbreaking current transducer that combines the benefits of zero-flux technology with lower power consumption and a compact form factor.
Notes d'application
In this technote, we will provide more information on the new DC-CT technology with the innovative Platise Flux Sensor used in Dewesoft SIRIUS XHS-PWR.
Mises à jour des produits
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.
Études de cas
The article discusses EPC Power Corporation's collaboration with Dewesoft LLC to meet international certification standards for their utility-scale PV inverters. Facing complex global standards like ISO 9001:2015 and UL 1741, EPC Power utilized Dewesoft's high-speed power analyzers for rigorous testing, ensuring their products comply with various grid codes and quality standards.
Études de cas
The Dewesoft wattmeter is a perfect tool for testing electricity generators. It fully meets the requirements of Annex A.18 of the Italian Grid Code for field testing and periodic verification.
Études de cas
The Central Power Research Institute (CPRI) has implemented advanced testing methodologies using Dewesoft's tailored software and equipment to ensure precise and reliable evaluations of inverter disconnection times, enhancing safety and compliance with regulatory standards. This approach not only secures the electrical grid's integrity but also streamlines the testing process, significantly reducing time and effort.
Notes d'application
With help of a highly precise Dewesoft power analyzer, we checked if electric power economizers really save 10% of energy as economizer manufacturers claim!
Notes d'application
À l'aide de Dewesoft Power Analyzer, nous étudions l'efficacité et la qualité de l'alimentation des lampes à LED conformément à la norme CEI 61000 sur la compatibilité électromagnétique (CEM).
Études de cas
Learn how our power analyzers with high bandwidth voltage and current measurements are used to troubleshoot electric motor and inverter terminal issues.
Notes d'application
The article highlights the importance of accurate phase identification in power distribution networks and introduces Dewesoft Gridphase, which uses synchrophasor technology to ensure consistent phase information across the grid. By compensating for transformer shifts and voltage angle deviations, Gridphase enables precise power-flow analysis, efficient maintenance, and improved grid stability in a simple and scalable way.
Études de cas
The HeAD project created a compact, high-performance electric axle drive for vehicles, capable of 24,000 RPM and 3000 Nm torque. To make this possible the project leader, partnered with Dewesoft for testbed integration and drive efficiency testing.
Études de cas
Learn how BSH is utilizing our DAQ systems for voltage, current, and temperature measurements to test household appliances and perform power analysis.
Notes d'application
An engineer detailed his experience building a microgrid for a remote retreat in western Montana, where traditional utilities are unavailable. Using Starlink for internet and communication, he installed solar panels, batteries, and an inverter in a storage container to create an off-grid power system. After resolving power quality issues with a power analyzer, he established a functional, scalable energy solution, enabling remote work from this isolated location.
Notes d'application
See how to analyze the energy consumption of the electric motorcycle (electric motorbike) under real-life driving conditions using Dewesoft Power Analyzer.
Études de cas
The case study highlights the importance of updating monitoring and recording systems in DC-AC conversion power stations for enhanced power efficiency, safety, and stability. An outdated system at a 1960 380kV HVDC power station was replaced by LEANE with Dewesoft's advanced data acquisition technology. This upgrade improved reliability, reduced system intrusion with custom hardware, and integrated new software with the station's SCADA systems.
Études de cas
Dewesoft power analyzer & data acquisition system was used for performance testing and measurement of Alfastreet Marine electric boat. See the case study.
Notes d'application
See the case study on how the analysis of hybrid boat drivetrains that use sustainable energy sources can lead up to a 20% improvement in fuel efficiency.
Études de cas
Dewesoft a mis en place la mesure des parties CC et CA du groupe motopropulseur Q2 pour mesurer l'efficacité et la qualité de la conversion de puissance de l'onduleur du moteur sans balais.
Base de connaissances sur l'acquisition de données
Learn about the differences between current transformers (CT) and current transducers, emphasizing that CTs are focused on power measurement, while transducers are concerned with signal conversion. This article compares the two providing comprehensive insights into the selection and usage of these devices for current measurement applications.
Études de cas
Engineering students at Politecnico of Turin developed a test bench to optimize the efficiency of their prototype vehicle's DC motor for the Shell Eco-Marathon. Using Dewesoft tools, they mapped the motor's performance by measuring electrical input and mechanical output, refining the vehicle's model to improve energy efficiency and address thermal issues for better competition results.
Notes d'application
Dewesoft has been actively working to provide flexible and powerful measurement systems specially designed for electric and hybrid drivetrains.
Base de connaissances sur l'acquisition de données
Dewesoft's Motor Analysis software module, integrated with the DewesoftX Power module, provides a robust solution for optimizing electric and hybrid motor efficiency. This tool combines electrical power and mechanical torque measurements, allowing synchronized and detailed analysis with 2D/3D efficiency mapping. Key features include Clarke and Park transformations for efficiency calculations, compatibility with various sensors and data interfaces, and high sample rate data acquisition.
Études de cas
LOGICDATA improved small electric motor testing with a flexible test bench design, using DewesoftX software for efficient motor analysis. Key features included automated motor mode detection, efficiency mapping, and thermography for fault detection. This setup reduced testing time, improved data accuracy, and optimized motor performance, ultimately streamlining LOGICDATA's development process.
Études de cas
Learn how Dewesoft DAQ systems and sensors were used to evaluate the energy needed to run electric minibuses at different speeds and loads in Mexico City.
Études de cas
Learn how the Dewesoft DAQ system was used for railway maintenance and testing the safety of the electrical infrastructure power on the railway.
Études de cas
The article explores load angle measurement in synchronous machines using an incremental encoder and DewesoftX software. Students at HTL BULME conduct lab exercises to analyze rotor position and phase shifts. Using Dewesoft SIRIUS devices, they gain hands-on experience in synchronization and machine behavior. Future work will expand calculations with the Dewesoft Motor Analysis plugin.
Études de cas
Découvrez comment le système Dewesoft DAQ et la solution d'analyse de puissance ont fonctionné pour vérifier la fonction de commutation d'un ancien disjoncteur haute tension synchrone.