ARCH EV vs YX BLE

**ARCH EV – Smart Battery Management Simplified** *Precision Control for Lithium Batteries, Anytime Anywhere* **Core Features:** **Instant Charge Tracking** Monitor real-time State of Charge (SOC) with dynamic predictions for remaining runtime or charging duration. Get minute-level accuracy tailored to your usage patterns. **Live Energy Analytics** View real-time current (A), voltage (V), and power (W) to optimize energy efficiency. **Cell-by-Cell Health Monitoring** Detect voltage imbalances, temperature spikes, and aging trends. Receive instant alerts and extend battery lifespan by up to 30% with proactive maintenance. **Smart Mode Customization** Preconfigured profiles for EVs, home backup systems, and industrial setups. Automatically adjust charging rates and thermal management for extreme conditions. **Why Choose ARCH EV?** AES-256 encryption ensures your battery data remains private and tamper-proof. **Universal Compatibility** Works seamlessly with 95%+ lithium battery brands—no complex setup required. **AI-Powered Diagnostics** Upload error logs to generate detailed battery health maps and isolate faults in seconds. **Cloud-Enabled Efficiency** **Real-Time Remote Support** Technicians access live data streams for instant troubleshooting, reducing downtime by 80%. **Comprehensive Data History** Archive performance stats, export reports, and share insights across teams for smarter planning. **Perfect For:** - Electric Vehicle Owners - Solar Storage Systems - Portable Power Users - Industrial Energy Teams **Key Advantages:** - Role-based access controls (user/technician/admin) - Scheduled health summaries with actionable insights **Download ARCH EV Today** Transform how you manage lithium batteries—where cutting-edge technology meets simplicity. Optimize every charge, protect every cell, and unlock unparalleled energy control.

通过手机蓝牙搜索并连接外围BMS设备,采集外围BMS设备的电池数据。采集的数据有SOH,SOC,总电压，总电流，充放电循环次数，电池各个部位的温度，电池中每个电芯的单体电压，电池产品的保护状态和电池产品某些功能是否正常工作的信息。相关的硬件产品就是带电池管理系统的电池包。 Search and connect to peripheral BMS devices through mobile Bluetooth, and collect battery data of peripheral BMS devices. The collected data includes SOH, SOC, total voltage, total current, number of charging and discharging cycles, temperature of various parts of the battery, individual voltage of each cell in the battery, protection status of the battery product, and information on whether certain functions of the battery product are working properly. The relevant hardware product is a battery protection board with a battery management system.