The start-up Spanish company Ray Electric Motors electric scooters will have a Battery Management System (BMS) provided by ION Energy. ION Energy’s FS-LT will be implemented at RAY 7.7. The scooter, which is powered by a 10.7 kWh motor with a 7.7 kWh battery. In an interview with EE Times, Achilles Ariane, co-founder and CEO of ION Energy, highlighted IONs’ partnership with RAY and also touched on how battery management systems, also known as “battery mind”, are responsible for the efficiency, safety and longevity of lithium-ion batteries. . “The electric scooter market is poised for explosive growth in the next 3-5 years. We see this to be just the beginning. Lots of innovative OEMs are spreading globally and we expect a significant increase in volume starting from 2023. RAY appears to be well positioned to acquire a significant portion From the European market and we couldn’t be more enthusiastic to work with them, ”Al-Erian said. Electric Scooter and Battery The demand for electric scooters has increased by more than 40% in recent years. One reason is that it’s ideal for getting around town: it’s ideal in urban traffic with a range of 50 to 150 kilometers. Thanks to the removable battery, it is easy to recharge from any household outlet. Battery design is an essential aspect of all electric vehicles. One of the variable factors is thermal and temperature management. In order to have an efficient, high-performance and long-lasting battery, thermal management plays a major role in choosing your product. Additionally, design for manufacturability is an essential component of any custom lithium-ion battery pack. Electromechanical assembly, cell formation, and chemistry are other elements directly related to the battery structure. “IONs are designed to be chemistry neutral – meaning you can use them across a variety of applications with different chemistry – whether it’s NMC, LFP, NCA, LMO, etc. Our software approach enables battery pack makers and OEMs to use the same devices across their platforms. By configuring BMS parameters. This allows our customers to standardize BMS across the entire EV platform and accelerate future launches, ”Aryan said. He added, “In addition, the device supports parallelism that allows for rapid battery swapping. This is very important for battery swap and is a major driver of early adoption of electric vehicles, especially in South Asian markets like India.” Battery Management System (BMS) The high-density lithium-ion battery used in the Spanish manufacturer’s scooter ensures a top speed of 125 km / h and a range of 150 km with fast charging support. “An electric scooter, unlike large electric vehicles, has limited space inside the battery pack. This is where the IONs BMS solution plays an important role as it integrates seamlessly without the need for a redesign of the package. The BMS is also designed to work with a MOSFET based power distribution unit. (Or PDU), which eliminates the need for additional electronics (current sensor, conductor, etc.) inside the package, ”Al-Arian said. The primary role of battery management systems is to ensure that the battery is operating within its safe operating area by continuously monitoring its current condition and recording performance data in real time. Ariane noted that ION Energy’s FS-LT BMS provides safety and performance and is well suited to handle RAY 7.7. Battery Management Systems: FS-LT The FS-LT BMS is designed with a wireless smartphone connection and is compatible with ION Energy’s cloud-based analytics platform – Edison Analytics. The platform analyzes battery and fleet data and uses ML & AI to send updates over the air to the vehicle to improve the life and performance of the asset. The application of Artificial Intelligence (AI) and Machine Learning (ML) algorithms can greatly advance the battery industry. AI-powered energy storage will aid data collection and analysis, and the use of simulations can provide insights to improve energy use and predict potential failure. Edison’s cloud technology is designed to process millions of data points per second. Provides real-time data, visualizations, diagnostics, warranty validation and custom dashboards for optimal management of your expensive battery assets. With the advent of the Internet of Things, it has become easy to monitor, analyze, and manage battery assets remotely in real time. In its first year, RAY will produce a limited range of 1,000 vehicles and plans to expand the range to a minimum of 10,000 e-scooters by 2023. The company plans to target major urban areas in Europe before expanding into the United States and other regions. .