Ignion’s Innovative Antenna Solutions Drive the Future of Seamless Wireless Connectivity for Electric Vehicle Charging
THE COMPANY
Floox by Premium PSU. Driven by a strong belief in the importance of transitioning to electric mobility solutions, Premium PSU, a leading power electronics company, has unveiled FLOOX by premium PSU. This new brand is dedicated to designing, developing, and manufacturing fast and ultra-fast direct current in (DC) charging stations for electric vehicles (EVs). Starting in 2024 Floox will introduce the Lyra 60 a compact 60 kW charging station that is set to revolutionize the market. The Lyra 60 can charge a typical car battery to 80% capacity in just 30 to 42 minutes. These charging stations are not limited to gas stations but are also designed for everyday locations like supermarkets gyms and restaurants where people frequently make short stops.
THE CHALLENGE
Floox faced the challenge of ensuring reliable and robust Bluetooth and mobile connectivity for its Lyra 60 EV charging stations. This was essential to guarantee a seamless payment process with no hiccups minimize delays and prevent customer frustration. Additionally, they needed remote monitoring and configuration capabilities to ensure the stations’ optimal performance. Providing status information to end users and charging station operators was another crucial requirement.
Floox´s engineers and designers knew that they didn´t want a vulnerable external antenna that would be prone to physical damage and require frequent maintenance. However, the vision of a sleek all-metal design for the charging station´s chassis would make getting adequate antenna performance from the interior of the design a challenge.
In Ignion’s suite of products and Antenna Intelligence Cloud™ design tool, Floox discovered a wireless connectivity solution tailored to their specific needs. Ignion’s readily available off-the-shelf products offered an ideal fit. Leveraging Antenna Intelligence Cloud™ Floox swiftly received design suggestions aligned with their charging stations’ characteristics and requirements. This valuable information enabled them to avoid a protracted prototyping process. Ultimately, they achieved the necessary connectivity while maintaining the desired aesthetics of their product. This was made possible by integrating Ignion’s mXTEND™ components and incorporating a discrete plastic panel on the exterior of the charging station to optimize antenna performance.
THE SOLUTION
In 2024 and beyond Floox has ambitious plans to introduce even faster DC charging stations, simplifying the transition to electric vehicles, and making them more attractive to consumers and to establishments that cater to the growing demand for vehicle charging options. Floox believes that fast and super-fast charging stations will redefine convenience for EV users. Charging won’t be confined to traditional gas and service stations or slow home charging but will also be seamlessly integrated into daily activities like morning workouts at the gym, grocery shopping, or attending concerts.
Floox intends to continue partnering with Ignion in their future projects, to ensure their charging stations consistently deliver essential information to users and operators. This commitment guarantees hassle-free access to available charging stations and enables operators to monitor and maintain optimal performance minimizing downtime.
"Ignion’s solutions fit perfectly in our needs, we will be relying on Ignion’s robust technology to revolutionize the mobility paradigm"...
Martí Salvador, Engineering Manager
In summary, Floox in collaboration with Ignion’s innovative solutions is poised to drive the future of electric vehicle charging making it more accessible convenient, and efficient than ever before.
- |
- +1 赞 0
- 收藏
- 评论 0
本文由玄子转载自Ignion Case Studies,原文标题为:Seamless Wireless Connectivity for Electric Vehicle Charging,本站所有转载文章系出于传递更多信息之目的,且明确注明来源,不希望被转载的媒体或个人可与我们联系,我们将立即进行删除处理。
相关研发服务和供应服务
相关推荐
Virtual Antenna® Enables Reliable Cellular Connectivity for Withings’ New Product Line
Withings and Ignion collaborated on the design using Ignion’s RUN mXTEND™ antenna booster to provide cellular connectivity in a small form factor. The final product was brought to market in less than one year and met all the high standards of the Withings Pro range of products.
Ignion Offers Reliable Antenna Performance for Cold Chain Asset Trackers even in -40℃
Ignion’s Virtual Antenna® technology the perfect fit to address the multi-design and multi-connectivity scenarios requested by GND Solutions. The benefits of using Ignion’s mXTEND™ components such as small size, consistent performance, single SKU for multiple designs, aesthetics improvements, and reduced inventory were a perfect fit to use in all GND’s upcoming refrigeration industry designs.
Safer Journey Awaits: Igniting Road Safety with Virtual Antenna® Technology
Ignion’s Virtual Antenna® technology is the connectivity cornerstone of the new V16 emergency beacons, which are replacing the outdated road safety reflective triangles. High efficiency in a space constrained and metallic environment is made possible by the non-resonant Virtual Antenna® technology leveraging the full ground plane of the device.
AI & Machine Learning: Simplifying IoT Antenna Integration with Virtual Antenna® Technology
Ignion has embraced this opportunity Artificial Intelligence (AI) and Machine Learning (ML) to automate the development process for its Virtual Antenna® technology, giving the IoT market access to a powerful, useful and ML-powered digital twin design tool—Antenna Intelligence Cloud™.
Ignion’s Antenna Intelligence Cloud™ technology short-listed for 2022 Elektra Awards
Ignion announced that the Antenna Intelligence Cloud™ digital twin has been selected as a finalist in the Design Tool and Development Software Product of the Year – Sponsored by Swindon Silicon as part of the prestigious annual Elektra Awards sponsored by Electronics Weekly Magazine.
What is the importance of fuses in charging pile safety and reliability?
As a safety mechanism, fuses in charging pile help prevent potential damage to the internal components of the charging station, ensuring safe and reliable charging operations. It is very important to choose an appropriate fuse for a charging pile. Factors such as rated voltage, rated current, breaking capacity and compliance with relevant safety standards should be considered.
Ignion’s New AI-powered Antenna Integration Platform Oxion™ is Shorten the Design Time of Wireless Devices
Ignion announced today the launch of Oxion™, a development platform to shorten the design time of wireless devices. Powered by AWS, IoT device developers can leverage the power of AI/ML in real-time to avoid wireless connectivity roadblocks and make their projects materially easier to get to market.
The True Cost of an Antenna in IoT Design: Cost Implications when Making the Critical Choice
The key takeaway for IoT designers is to adopt a holistic view of project costs influenced by the antenna. Focusing solely on individual antenna component pricing can be misleading as long-term savings and efficiency gains of an optimal antenna solution are likely even more important to consider for any serious IoT project.
I am used to RF and microwave design tools but not as much to antenna design; can Virtual Antenna™ help on that?
You can embed a Virtual Antenna™ chip in your RF design the same way you would do it for any other chip or RF component. You can use standard RF/electronics circuit design tool such as Cadence AWR Design Environment (Microwave Office), ADS by Keysight, Optenni or alike to design your full wireless device including the antenna. Circuit libraries for most popular circuit design software packs are available on the home page of every Virtual Antenna™ product.
Transforming the IoT Antenna Design Process with Ausum Cloud&AWS
Ignion has developed a design and emulation platform on AWS to enable IoT developers to integrate Virtual Antenna® technology correctly and quickly into their own products, thus providing a more reliable and predictable antenna integration process into any IoT device and reducing development cost and go-to-market time.
Virtual Antenna® technology: Discover the secrets of thousands IoT product engineers
The advantages of using Virtual Antenna® technology and the Antenna Intelligence Cloud™ integration tool for IoT designs are time-saving, cost-saving, and simplicity at the core of the solution. Ignion’s expertise and laser focus on the need for innovation in this fast-growing complex IoT space make Virtual Antenna® the choice for over 30M deployments.
Revolutionary Virtual Antenna® Solution for Revolutionary Ski Boot Design
Cactus IoT chose Ignion for their Neu Boots design project based on previous successful connectivity projects delivered by Ignion’s Virtual Antenna® components and design recommendations. Choosing the DUO mXTEND™ and TRIO mXTEND™ reduced signal loss and improved the accuracy of location tracking due to their powerful performance and slim design.
Virtual Antenna®, the clear winner over PCB trace in reducing hardware iterations
When embarking on the journey of developing an IoT device, designing with Virtual Antenna® technology offers greater resilience and flexibility compared to PCB trace antennas. Virtual Antenna® components are the preferred choice for resilient antenna systems as they can preserve performance and deliver cost-efficiency.
Getting the Best Cellular IoT Antenna Performance: Why It’s Better to Focus on the Specific Bands in Your Region
In the process of creating IoT devices, one crucial decision revolves around choosing the right cellular RF module and its associated antenna. The RF module handles wireless communication and operates within specific frequency bands. However, not all global cellular bands are likely to be relevant for your IoT device. From an antenna perspective it’s better to focus on covering the bands specific to your deployment region.
电子商城
现货市场
服务
Ignion可支持多协议、宽频段的物联网天线方案设计,协议:Wi-Fi、Bluetooth、UWB、Lora、Zigbee、2G、3G、4G、5G、CBRS、GNSS、GSM、LTE-M、NB-IoT等,频段范围:400MHz~10600MHz。
最小起订量: 2500 提交需求>
登录 | 立即注册
提交评论