| LF | LI | |||
| Model Number | AY-LS24S200A-H245 (18S-24S) | |||
| واجهة الاتصال | RS485/CAN | |||
| جهد الشحن | DC：57.6V CC/CV （3.2V/Cell) 18s |
DC：75.6V CC/CV （4.2V/Cell) 18s |
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| أقصى تيار شحن مستمر | 200A | |||
| تيار التفريغ المستمر الأقصى | 200A | |||
| استهلاك التيار في التشغيل العادي | ≤15mA | |||
| استهلاك الطاقة أثناء وضع السكون | ≤150 ميكرو أمبير | |||
| موازنة الجهد للخلية الواحدة | 3.6±0.05V | 4.2±0.05V | ||
| جهد اكتشاف الشحن الزائد | 3.65±0.05 فولت | 4.25±0.05V | ||
| Charge Over current detection current | 220±3A | |||
| Discharge Over current detection current 1 | 400±3A | |||
| Discharge Over current detection current 2 | 500±3A | |||
| حماية قصيرة | نعم | |||
| SOC | 5%~8% | |||
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| حجم | L245 * W85 * T18 mm |
| هيئة الاتصالات الوطنية | 10K |
| Temperature switch | / ℃(the batteries temperature) |
| Weak current switch | نعم |
| التوازن النشط | / |
| Heater | / |
| Braking Resistors | / |
| Low temperature protection when charge | 0℃ | ||
| Release temperature( low temperature protection) | 5℃ | ||
| Over temperature protection when charge | 60℃ | ||
| Release temperature( over temperature protection) | 55℃ | ||
| Low temperature protection when discharge | -15℃ | ||
| Release temperature( low temperature protection) | -10℃ | ||
| Over temperature protection when discharge | 65℃ | ||
| Release temperature( over temperature protection) | 55℃ | ||
| نطاق درجة حرارة التشغيل | -40~+85℃ | ||
| نطاق درجة حرارة التخزين | -40~+125℃ | ||
| LCD display screen | نعم |
| LED light board | / |
| Bluetooth mode | نعم |
| 4G | / |
| GPS | / |
| 18S–24S 200A Smart BMS High-Performance Battery Management for Mobility & Energy Systems The 18S–24S 200A Smart BMS, designed for high-efficiency, high-reliability applications, provides intelligent protection and strong current management for golf carts, energy storage systems, electric motorcycles, and three-wheeled EVs. This BMS guarantees the best possible safety, stability, and real-time control whether you’re moving or powering your house. Key Features Flexible Configuration
Heavy-Duty Current Handling
Advanced Protection Mechanisms
Smart Communication Dual interface: RS485 + CAN Bus Permits smooth interaction with monitoring systems, inverters, and motor controllers. Remote Access & Control Software for PC monitoring and optional Real-time data visualization using a Bluetooth app You can easily alter parameters and receive fault alerts. Thermal Control & Build Quality
Application Scenarios
Why Choose This 200A Smart BMS?
Why Choose Us 20+ Years of Industry Experience With over 20 years of experience in battery management and power solutions, we are the most qualified to comprehend the needs of the evolving electric vehicle and energy storage markets. Innovative R&D Capabilities From integrated software platforms to ingenious BMS design, our dedicated R&D team never stops pushing the boundaries of technology to provide smarter, safer, and more effective products to the market. Proven Product Reliability Our BMS and power solutions undergo extensive testing in challenging conditions to ensure longevity, stability, and optimal performance in real-world applications such as motorbikes, golf carts, forklifts, and energy storage systems. Customization and OEM/ODM Services We offer a wide range of customization choices that address form factors, wireless modules, communication protocols, and battery types to meet your specific needs. Comprehensive Technical Support From pre-sales advice to after-sales servicing, our technical expertise is available 24/7 to help you with setup, integration, and troubleshooting. Certifications and Compliance Because we fully adhere to international standards such as CE, IEC62109, VDE, and CQC, every product we sell is of the highest quality and safety. Whether your business is a system integrator, an electric car manufacturer, or a supplier of battery packs, we are your trustworthy partner for scalable, intelligent, high-current BMS systems. We can power your next breakthrough. Our Certificates  التعليمات: Q:What is a smart BMS? أ: A smart Battery Management System (BMS) is responsible for keeping track of and reporting on the condition, functionality, and upkeep of the related battery. Data centers, hospitals, banks, telecommunications towers, energy storage stations, and more are just a few of the many locations where smart BMS are used. Q:How do I choose my BMS size? أ: You must figure out the maximum current that will pass through your batteries under typical operating conditions in order to choose the right amp rating for your BMS. This entails taking into account elements like charging rates, load needs, and any prospective future additions or changes to your battery system. Q:What is the difference between smart BMS and dumb BMS? أ: Because dumb BMS is simple and dependable, it might be better suited for severe or distant locations. Integration and Communication: Determine if your application needs the ability to integrate and communicate. A Smart BMS is the best option if you require data exchange or remote monitoring. Q:What does 100A BMS mean? أ: A battery management system that can manage a maximum continuous current of 100 amps is known as a 100A BMS. This score shows how well the system can keep an eye on and control the battery’s performance, guaranteeing safe operation both when charging and discharging. Q:What is the difference between smart BMS and standard BMS? أ: Compared to a regular BMS, a smart or intelligent BMS provides additional monitoring and analytical capabilities and connects with the bicycle. The bike determines which battery is best. Does it have everything it needs to communicate with the battery? Q:Is a 100A BMS better than 200A? أ: It is advised to give priority to a larger BMS (such as 200A) for RVs or maritime applications in order to manage numerous devices operating concurrently and higher utilization needs. A 100A BMS is enough and more economical for modest household devices. Q:Do I need a BMS for each battery? أ: By keeping all of the batteries in the array at the same voltage, a BMS keeps any one battery from overcharging or prematurely discharging. The battery system’s longevity and safety depend on this equilibrium. |
