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Omron Electronic Components Europe Introduces the G5Q-HR Power Relay

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Omron Electronic Components Europe has unveiled the G5Q-HR, the latest member of its G5Q family of 10A PCB power relays. This new relay model is designed to reduce both power consumption and heat generation, while being 45% smaller than equivalent 16A relays. It is ideal for applications with high inrush current, such as lighting controllers, smart plugs, home appliances, and power supplies, enabling more compact equipment designs and new PCB configurations.

First introduced in 2001, the G5Q series has surpassed 500 million units sold worldwide. Known for its compact design, the series serves a variety of applications, from home appliances to industrial motor loads. In response to the growing demand for energy efficiency and compactness in 10A applications, Omron has expanded its high inrush offering with the G5Q-HR, available in both single stable and latching variants.

The G5Q-HR is the only relay in the G5Q series to meet the TV-8 standard at the 10A class, making it an essential addition to Omron’s high inrush portfolio. Measuring 20.3 mm (L) x 10.3 mm (W) x 15.8 mm (H), it is Omron’s smallest product with TV-8 certification.

The relay is compatible with a range of capacitive loads and supports ramp loads of up to AC 120V, Inrush 117A. It meets TV-8 certification, ensuring a minimum lifespan of 25,000 cycles for enhanced durability. Additionally, it complies with the UL Electronic Ballast Rating for 3A 277VAC and 5A 277VAC over 6,000 cycles, as well as IEC60669-1 at 3A 250VAC for 5,000 cycles.

The latching version (G5Q—U/K-HR) delivers exceptionally low power consumption, requiring only a single pulse of current to maintain the “on” state. This reduces coil power consumption by approximately 99.9% compared to standard relays, minimizing heat generation and extending the lifespan of both the relay and surrounding components.

For more details visit: click here

Introducing the TXO 45, TXO 60, and TXO 120: Efficient AC/DC Open Frame Power Supplies

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The TXO 45, TXO 60, and TXO 120 are a series of AC/DC open frame power supplies, delivering power between 45 and 120 watts. These models feature a 3000 VAC reinforced isolation system, making them suitable for a wide range of industrial applications.

Key Features

  • Designed for cost-sensitive industrial applications
  • Reinforced 3000 VAC isolation between input and output
  • Operating temperature range from –20°C to +70°C
  • Protection Class II ready
  • Built-in EN 55032 Class B filter
  • Convection cooling
  • Short circuit, overvoltage, and overload protection
  • Backed by a 3-year warranty

The TXO series prioritizes cost efficiency and compact design, boasting up to 92% efficiency. They can operate within a temperature range of –20°C to +50°C without derating and up to +70°C with load derating. Designed to meet the ErP directive (with less than 0.3 W no-load power consumption), the TXO 120 also features active power factor correction and optimized EMC performance, making the series perfect for industrial, automation, and test & measurement applications. These power supplies offer a reliable and cost-effective solution for various industrial needs.

For further information : www.tracopower.com

Battery Energy Storage Systems (BESS) and Their Role in Modern Smart Grids

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As the global shift toward renewable energy accelerates, Battery Energy Storage Systems (BESS) are becoming essential for maintaining balance and stability in modern smart grids. These systems help achieve key goals, including enhancing grid resilience, ensuring reliable power for microgrids and off-grid systems, and supporting the integration of renewable energy. Central to this is effective data management, which ensures smooth integration of energy and data flows by collecting, monitoring, analyzing, and optimizing real-time data. This helps maintain the efficiency and reliability of energy systems.

Renewable Energy Integration: Addressing Intermittency with Flexible Solutions

BESS plays a critical role in balancing the intermittent nature of renewable energy, such as wind and solar, which fluctuate based on weather conditions and time of day. BESS stores excess energy during periods of high generation and releases it during times of shortfall, helping maintain grid stability. A notable example is California’s large-scale 3 GWh energy storage facility, which stores surplus solar power generated during daylight hours and releases it when demand peaks in the evening. This process minimizes solar energy waste and helps smooth out fluctuations in energy demand. To ensure flexible use of this stored energy, real-time monitoring, analysis, and optimization of the charge-and-discharge cycles are essential for maximizing the use of renewable energy resources.

Enhancing Grid Management: Improving Resilience and Reliability

Modern power grids are challenged by load variations, equipment breakdowns, and natural disasters. BESS provides rapid-response backup power, enabling quick grid restoration during emergencies, which strengthens overall grid resilience. For example, Australia’s largest battery storage project, with a capacity of 1.68 GWh, is designed to enhance the stability of the New South Wales grid. This system can respond to demand changes within seconds, offering immediate backup power during equipment failures or load surges. Additionally, it helps balance the mix of traditional and renewable energy sources, optimizing power distribution and reducing the strain on peak loads. Effective data management is crucial in these operations, providing real-time insights into both the grid and battery status, enabling accurate forecasting and optimizing the system’s performance.

Supporting Microgrid and Off-grid Systems: Ensuring Local Energy Independence

In remote areas or developing regions where consistent access to electricity is limited, BESS offers a reliable solution. It powers microgrids and off-grid systems, providing stable energy to local communities. For instance, the Bahariya Oasis microgrid project in Egypt integrates solar power with energy storage, creating a localized energy system for businesses. This microgrid largely depends on solar energy, minimizing the need for diesel generators, which reduces environmental impact while ensuring a steady energy supply. Comprehensive data analysis supports this system by enhancing energy management, forecasting maintenance requirements, lowering operational costs, and extending the life of equipment.

The Role of Data Management in BESS

Data management is fundamental to the effective operation of BESS. By continuously collecting and analyzing data, operators can monitor energy flows, battery health, and overall system performance in real time. This data-driven approach allows operators to make informed decisions, such as when to charge or discharge the system or how to anticipate future energy needs. Moreover, predictive maintenance based on data analysis improves system reliability, reduces downtime, and extends equipment lifespan, ultimately cutting operational costs. As the Internet of Energy (IoE) grows and the energy transition advances, efficient data management will remain critical to ensuring the optimal performance and reliability of BESS in smart grids.

In summary, BESS is integral to the future of smart grids, providing the flexibility, resilience, and efficiency needed for a sustainable energy system. Through effective data management, these systems will continue to evolve, driving the energy transition and shaping a more reliable and efficient grid.

Discover more details about Moxa’s Battery Energy Storage Systems (BESS) solutions: https://www.moxa.com/bess

Microchip Technology Secures Functional Safety Certification from TÜV Rheinland

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Microchip Technology (Nasdaq: MCHP) has successfully obtained Functional Safety certification from TÜV Rheinland®, an independent testing and certification organization. This achievement will help hardware and system developers working on safety-critical applications in industries such as automotive and industrial sectors accelerate their compliance with IEC 61508 SIL 3 and ISO 26262 ASIL D standards. The certification applies to Microchip’s Libero® SoC Design Suite 2023.2 SP1, which is compatible with the PolarFire® FPGA and SoC families.

The functional safety package provided by Microchip offers essential design flows, documentation, and certifications to reduce risks and shorten time to market for customers. By using pre-certified tools and methodologies, engineers can simplify the process of certification while ensuring compliance with strict industry safety requirements. While system failures cannot be completely prevented, the implementation of functional safety measures can significantly reduce risks, making failures less hazardous.

“Microchip recognizes the challenges designers face in mission-critical and safety-critical applications,” said Shakeel Peera, Vice President of Marketing and Strategy for Microchip’s FPGA business unit. “By partnering with TÜV Rheinland to achieve certification for IEC 61508 SIL 3 and ISO 26262 ASIL D standards, we are providing an easier path to compliance. The certified functional safety package in our Libero IDE and our FPGA and SoC families also offers the power-efficiency, reliability, and security inherent to the PolarFire FPGA and SoC architecture.”

The functional safety package allows developers to harness the full potential of the PolarFire FPGA family, which delivers industry-leading thermal and power efficiency in the mid-range segment, consuming up to 50% less power compared to competing devices. To learn more about the PolarFire family, visit Microchip’s dedicated web page.

For more information or to purchase a license, reach out to a Microchip sales representative, an authorized distributor, or visit www.microchipdirect.com for further details.

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About Microchip

Microchip Technology Inc. is a leading provider of smart, connected and secure embedded control and processing solutions. Its easy-to-use development tools and comprehensive product portfolio enable customers to create optimal designs which reduce risk while lowering total system cost and time to market. The company’s solutions serve approximately 123,000 customers across the industrial, automotive, consumer, aerospace and defense, communications and computing markets. Headquartered in Chandler, Arizona, Microchip offers outstanding technical support along with dependable delivery and quality. For more information, visit the Microchip website at www.microchip.com

element14 Global Launches New Data Acquisition Solution with NI CompactDAQ and FlexLogger Lite

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element14 Global, a leading distributor of products and technology for electronic and industrial system design, maintenance, and repair, has unveiled its latest data acquisition solution. This new offering pairs the well-known NI CompactDAQ hardware with the newly introduced FlexLogger Lite software, provided at no additional cost, to streamline sensor measurement tasks.

The combination of NI CompactDAQ’s modular and durable hardware with FlexLogger Lite, a no-code software tool, is aimed at improving the efficiency of sensor data collection. This integration allows engineers to gather data more quickly and easily without requiring programming skills, providing a faster pathway to voltage and sensor measurements.

element14

A Powerful Data Acquisition Tool

The NI CompactDAQ system is recognized for its flexibility and robust chassis, making it a go-to choice for data acquisition. Now, with the addition of FlexLogger Lite, it’s even easier for engineers to set up and collect data for analysis. The simplified configuration is expected to boost productivity in sensor measurement and data acquisition tasks, helping engineers meet their project deadlines with greater reliability.

Key Features of the New Solution

  • Fast Data Access: Engineers can quickly configure channels, visualize data through drag-and-drop graphs, and export results to Excel in just a few minutes, ensuring data is delivered to design teams swiftly.
  • User-Friendly Customization: The drag-and-drop interface, along with open file formats, makes it simple for users to customize their systems. With over 70 compatible measurement modules, the system is adaptable to a variety of needs.
  • Scalable Options: The solution begins with free logging software and can scale up to more advanced, automated testing solutions as project requirements grow.
  • Designed for Engineers and Technicians: Ideal for those working with voltage, current, or sensor data, the system offers a practical, computer-based approach to data collection.

Meeting Customer Needs for Simplicity and Speed

Christelle Mazella, Senior Manager for Test & Measurement at element14, expressed excitement about the launch: “We’re thrilled to introduce this new solution that places our customers’ needs at the forefront. By combining NI CompactDAQ hardware with the easy-to-use FlexLogger Lite software, we are making data capture and analysis simpler and faster. This solution reflects our commitment to helping engineers achieve their goals with greater efficiency.”

With this new data acquisition offering, element14 continues to deliver tools designed to make engineers’ work easier and more efficient, supporting them in tackling their sensor measurement and data acquisition challenges with confidence.

For more information visit element14

Saily by Nord Security Launches Business Solution for Global Connectivity

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Saily, the eSIM service by Nord Security, has announced the launch of Saily Business, a new solution tailored for companies requiring seamless connectivity across more than 150 countries. Designed with simplicity and ease of use in mind, Saily Business aims to keep employees connected, no matter where they are in the world.

“Since the launch of Saily, we’ve received countless requests from business travelers. Staying connected while working abroad is essential for modern companies. That’s why we listened to customer feedback and created Saily Business,” said Vykintas Maknickas, CEO of Saily. “This solution was developed for users of all technical levels, ensuring hassle-free connectivity.”

Key Features of Saily Business:

  • Flexible Plans: Saily Business offers a variety of regional and global plans, along with flexible durations, allowing companies to select the most suitable data plan for their needs.
  • Easy Setup: With just a tap, users can install their eSIM in minutes. Mobile data plans automatically activate once the user reaches their destination.
  • 24/7 Support: Dedicated account managers provide round-the-clock support to resolve any issues quickly.
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eSIM Embedded SIM card icon symbol concept.

Part of Nord Security’s Growing Business Suite

Nord Security has been expanding its business offerings, with Saily Business being the latest addition. This follows the introduction of NordStellar, a threat intelligence platform, alongside existing services like NordPass (password management) and NordLayer (network security).

“Nord Security’s business suite originally centered around network security, especially as remote work surged globally,” said Justas Morkunas, Chief Commercial Officer of Nord Security, B2B. “With remote work becoming the norm, we saw a need for reliable global connectivity. Saily Business addresses this, eliminating hidden fees and restrictions. This is just the beginning – more exciting developments are coming soon.”

For more information: saily.com

VIAVI Solutions Unveils ONE-1600: A Revolutionary Testing Module

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In a significant leap forward for high-speed network testing, VIAVI Solutions has announced the release of the ONE-1600 testing module, the first solution aimed at addressing the growing demands of the 1.6Tb/s ecosystem. Built on 224G SERDES technology, this innovation marks a pivotal development in the networking industry, responding to the rapid scaling needs driven by emerging technologies such as artificial intelligence (AI), machine learning (ML), high-performance computing (HPC), and quantum computing.

Understanding the 1.6Tb/s Ecosystem

The tech landscape is evolving at an unprecedented pace, with bandwidth-hungry applications like AI and HPC pushing the limits of current infrastructure. As companies shift towards faster and more complex data processing capabilities, the 1.6Tb/s transceivers and 224G SERDES (serializer/deserializer) technologies are expected to play a critical role in enabling this transition. The rise of these technologies represents a significant opportunity but also brings major challenges for chip manufacturers, pluggable transceivers, and network equipment developers.

ONE-1600: A Game-Changer for Testing and Validation

The ONE-1600 module is the latest addition to VIAVI’s growing ONE LabPro platform, which already includes the HSE-800 800Gb/s test module. Designed to accommodate the OSFP1600 and QSFP-DD1600 form factors, the ONE-1600 is initially available in a two-port configuration. This solution delivers high-performance testing capabilities for companies needing to ensure the functionality, efficiency, and cost-effectiveness of their high-speed Ethernet solutions.

With 224G SERDES at its core, the ONE-1600 is engineered to address the increasing complexities that network developers face when designing and deploying next-generation transceivers. By offering robust validation tools, the ONE-1600 module helps manufacturers meet the rising demand for 1.6Tb/s bandwidth, driven by rapid advancements in AI clusters and other high-demand applications.

Industry Impact: The Sharp Ramp-Up in Demand

According to Dr. Vladimir Kozlov, CEO and Chief Analyst at LightCounting, the adoption of 1.6Tb transceivers is accelerating faster than ever, particularly in AI clusters that rely heavily on optical connectivity. LightCounting’s forecasts predict a dramatic increase in demand, with the production of these transceivers projected to reach a million units by 2025, up from tens of thousands in 2024. Kozlov emphasized that this growth will put the entire supply chain to the test, from component manufacturers to network infrastructure providers.

How the ONE LabPro Platform Stands Out

What sets the ONE LabPro platform apart is its ability to integrate physical layer insights with multi-port, multi-flow data and control plane Layer 2/3 Ethernet testing. This comprehensive approach allows for testing across a variety of data rates while maintaining high accuracy and efficiency. With scalability and port density at the forefront, the platform can support up to 64 x 1.6Tb/s test ports using the ONE-1600 module, or 128 x 800Gb/s test ports using the HSE-800 module.

The platform also offers advanced features such as:

  • Full breakout capabilities for detailed testing of individual components.
  • Multi-user logical port support, allowing simultaneous testing by different teams.
  • Single-user per logical port granularity, ensuring precise control during testing.
  • A modern web-based interface that simplifies operations.
  • Python-based automation framework for enhanced traffic generation and analysis.

These features make the ONE LabPro platform a versatile tool for troubleshooting and validating the performance of integrated circuits, pluggable interfaces, switching and routing devices, and network systems.

Collaborations and Market Adoption

Several industry leaders are already leveraging VIAVI’s new solution to advance their own product development initiatives. For example, InnoLight, a global leader in high-speed optical transceivers, has significantly invested in 1.6T optics based on 224G SERDES technology. According to Osa Mok, Chief Marketing Officer of InnoLight, their collaboration with VIAVI has been pivotal in accelerating product development and maintaining high-quality standards.

Mok noted that these new optics enable cloud operators to rapidly scale their networks, meeting the ever-growing demands of end customers. The combination of VIAVI’s testing solutions and InnoLight’s optical innovations underscores the importance of robust testing and validation in the modern networking landscape.

Addressing the Needs of Hyperscale Cloud and AI Infrastructure

Another key player in the ecosystem is Lumentum, a leader in photonic devices and optical networking solutions. Hui Xu, Group Vice President of R&D for Cloud and Networking at Lumentum, emphasized that their 1.6T transceiver modules, coupled with foundational high-speed indium phosphide photonic devices and chip-scale packaging, are designed to support hyperscale cloud operators and AI infrastructure providers.

Lumentum’s customers, including hyperscalers and AI-driven companies, are focused on scaling AI and ML infrastructures, and VIAVI’s testing solutions have played an essential role in ensuring the reliability and efficiency of their products. The ability to validate high-speed optical solutions using the ONE-1600 testing module has been a key enabler in the development of advanced AI and ML networks.

Why the ONE-1600 Matters for the Future of Networking

As companies around the world continue to scale their data center and networking infrastructure, the need for high-speed, accurate, and efficient testing becomes more critical. The ONE-1600 offers a solution that can grow alongside the ever-expanding requirements of the 1.6Tb/s ecosystem.

With support for the latest 224G SERDES technology, the ONE-1600 ensures that manufacturers and developers can meet the challenges of testing at these higher speeds without compromising on accuracy or efficiency. By supporting a wide range of data rates and offering an intuitive interface, the ONE-1600 helps reduce the complexity of testing while boosting deployment and validation efficiency.

VIAVI’s Role in the High-Speed Ethernet Roadmap

Tom Fawcett, Senior Vice President and General Manager of VIAVI’s Lab & Production division, highlighted the company’s commitment to supporting the development of the 1.6T ecosystem. With the release of the ONE-1600 module, VIAVI aims to help its customers achieve their ambitious high-speed Ethernet roadmaps.

By integrating the ONE-1600 into the ONE LabPro platform, VIAVI provides a complete testing solution that can scale with the growing demands of data centers, cloud operators, and network equipment manufacturers. The platform’s ability to support mixed combinations of test modules, combined with centralized management and advanced automation tools, makes it a vital tool for ensuring the success of next-generation networking products.

Conclusion

As the digital world continues to grow in complexity, the importance of accurate testing and validation cannot be overstated. VIAVI’s ONE-1600 testing module, with its integration into the ONE LabPro platform, is an essential tool for companies looking to stay ahead in the rapidly evolving 1.6Tb/s ecosystem. With the rise of AI, ML, and quantum computing, the demand for faster, more reliable networks will only increase, making solutions like the ONE-1600 critical for ensuring future success.

Learn more about VIAVI at www.viavisolutions.com

Innovative Radar Target Simulation Solution Enhances Autonomous Vehicle Safety Testing

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The future of mobility is increasingly being shaped by automated and autonomous vehicles. With the growing adoption of driver assistance systems, one important question arises: How can we ensure the consistent functionality of these ADAS/AD systems and maintain road safety over a vehicle’s lifetime? Ryme Worldwide and Rohde & Schwarz have developed a solution that addresses this challenge. They have introduced a new system that integrates radar target simulation into existing workshop setups, enabling thorough ADAS and AD testing as part of periodic technical inspections (PTI).

Ensuring the long-term functionality of advanced driver assistance systems (ADAS) and autonomous driving (AD) features is essential for vehicle safety and performance. As a result, autonomous vehicle manufacturers must obtain approvals from transport authorities. Moreover, preserving the effectiveness of ADAS/AD over time requires additional safeguards.

Innovative Radar Target Simulation Solution Enhances Autonomous Vehicle Safety Testing

Typically, radar target simulators are used in the development and production stages of radar sensors, under highly controlled lab conditions. These simulators tend to be complex, costly, and designed for operation in specialized radio frequency environments. However, Rohde & Schwarz’s breakthrough solution now enables cost-effective, high-quality radar sensor testing in workshop settings for the first time.

For PTI testing, the R&S RadEst radar target simulator can be integrated with Ryme Worldwide’s latest generation of analogue and digital headlight testers, the R-HLT20 and R-HLT30. The headlight tester system, which can easily be moved on rollers, accommodates both test systems on a single column. It is available in both analogue and digital versions, offering users the ability to store and transfer test results via the integrated ASA interface. The headlight tester can be fully adjusted to test various headlight technologies, including H7, Xenon, LED, and Matrix lights. The digital version also features a user-friendly interface, simplifying routine testing procedures, while saving space by combining R&S and Ryme’s systems in the same testing area.

The R&S RadEsT radar target simulator, developed by Rohde & Schwarz, is built to withstand external factors, ensuring reliable performance in workshop conditions. Its ability to deliver precise and repeatable measurements makes it an indispensable tool for real-world assessments. Additionally, the R&S RadEsT includes internal analysis capabilities to measure critical radar sensor quality indicators such as Equivalent Isotropic Radiated Power (EIRP) and occupied bandwidth. Its compact and lightweight design allows for easy integration, all while offering a cost-effective solution.

By collaborating with Ryme Worldwide and utilizing the R&S RadEsT radar target simulator, Rohde & Schwarz has laid the groundwork for incorporating radar sensor testing into future PTIs. This ensures that autonomous driving features remain functional and reliable throughout the vehicle’s lifespan.

Enhanced Testing Solutions: Anritsu New One-Box Tester Revolutionizes 5G Conformance

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Testing Solutions: Anritsu Corporation has unveiled a groundbreaking advancement in 5G testing technology. Their latest innovation, the enhanced New Radio RF Conformance Test System ME7873NR Lite Model, now supports both RF and protocol conformance testing within a single, integrated system. This advancement signifies a major leap in optimizing the testing process for 5G communication devices.

Seamless Integration: RF and Protocol Conformance Testing

Previously, testing 5G communication devices for RF and protocol conformance required separate one-box testers, each with distinct hardware setups. Anritsu’s newly enhanced Radio Communication Test Station MT8000A, when paired with the ME7873NR Lite Model, allows for both RF and protocol conformance testing from a single unit. This streamlined approach eliminates the need for multiple testers, making the transition between different types of testing more efficient and cost-effective.

Enhanced Testing Solutions

Product Overview: ME7873NR Lite Model

The ME7873NR Lite Model is designed to operate with just one MT8000A unit, offering a compact yet powerful solution for RF conformance testing of 5G communication devices. This model supports a variety of 5G FR1 TRx tests and includes some Performance (Perf) and Radio Resource Management (RRM) tests, albeit with a limited selection of test items.

Cost-Effective Capital Investment

By utilizing a one-box tester with a streamlined set of testing functions, companies can significantly reduce the cost of conformance testing. Existing MT8000A owners can now perform both RF and protocol conformance testing with minimal additional investment. Moreover, the Lite Model is designed to be upgraded to the full ME7873NR model, offering a pathway to comprehensive conformance testing without needing a completely new setup.

Efficiency Boost: Reduced Testing Times

The simplified configuration of the ME7873NR Lite Model results in a reduction of testing times by approximately 20% compared to the full model, which relies on multiple measuring instruments. This efficiency gain not only speeds up the testing process but also enhances overall productivity.

Support for Comprehensive Testing and Device Verification

The automation capabilities of the ME7873NR Lite Model extend beyond conformance testing. It supports repetitive testing processes, such as regression testing, which are crucial for thorough device verification. By automating these processes, the system contributes to more reliable and consistent testing outcomes.

Anritsu’s latest advancements in testing technology reflect a commitment to improving the efficiency and cost-effectiveness of 5G device testing. With the ME7873NR Lite Model, the future of 5G conformance testing is not only more streamlined but also more accessible for a broader range of applications and budgets.

Infineon Technologies Powers Innovation in Energy Storage with CoolSiC 2000 V Modules

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Energy Storage: Infineon Technologies AG has announced that its CoolSiC 2000 V modules have been chosen by Daihen Corporation for use in their cutting-edge unit-type power conditioners, specifically designed for grid storage batteries. These power conditioners play a crucial role in supporting the expansion of renewable energy sources such as solar and wind power. As global efforts to reduce carbon emissions intensify, the demand for efficient storage solutions and higher-voltage power conditioners has grown, driven by the need to improve power generation, storage, and transmission.

In response to these needs, Daihen launched its innovative unit-type power conditioner in March 2024, becoming the first in the industry to connect to storage batteries at a high DC link voltage of 1500 V. This technological advancement allows the product to be integrated into large-capacity storage battery facilities and has led to a 40% reduction in the footprint of grid storage batteries compared to previous models, addressing both space and cost challenges in large-scale battery storage installations.

Infineon’s CoolSiC Modules: Driving High Power Density and Efficiency

The 62 mm CoolSiC MOSFET 2000 V module (FF3MR20KM1H) from Infineon is at the heart of Daihen’s power conditioner, offering higher power density and enhanced thermal dissipation. Infineon’s SiC products leverage M1H trench technology, which expands the gate drive voltage range while ensuring reliability against voltage spikes. This innovation not only supports high voltage but also simplifies the inverter circuit design, further reducing system complexity and size.

Infineon was the first in the industry to introduce the 2000 V SiC module, a breakthrough that has streamlined inverter circuit configurations and improved overall system efficiency. The optimized 62 mm package design has resulted in a significant reduction in system size, making these modules ideal for modern energy storage systems that require high performance and compact footprints.

Industry Leaders on Infineon’s Innovation

Commenting on the benefits of Infineon’s technology, Mr. Akihiro Ohori, General Manager of Daihen’s Development Department, stated, “Increasing the voltage of power conditioners with conventional 1200 V devices created complex circuit configurations. By adopting Infineon’s 2000 V SiC modules, we achieved a simplified design and control system, which in turn reduced development time and minimized the overall footprint.”

Masanori Fujimori, Marketing Director of Infineon Technologies Japan’s Industrial & Infrastructure Segment, added, “We are proud that our CoolSiC 2000 V module has enabled the development of the industry’s most power-dense power conditioners for grid storage batteries. Infineon’s SiC technology is set to meet the growing demand for higher efficiency in energy storage systems and will play a key role in supporting the growth of renewable energy.”

A Step Forward in Renewable Energy Solutions

As the renewable energy sector expands, efficient energy storage solutions are essential to maximize the benefits of solar and wind power. With its advanced CoolSiC technology, Infineon continues to lead innovation in energy efficiency, helping companies like Daihen meet the challenges of reducing carbon emissions while improving system performance and scalability.

Infineon’s CoolSiC 2000 V modules are a game-changer for energy storage, allowing for higher voltage systems that not only improve efficiency but also reduce system size, offering a more sustainable and cost-effective solution for grid storage batteries and other renewable energy applications.

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