It can be widely applied to the household energy storage industry. This BMS is specifically designed for the extensive inverter characteristics of the household energy storage market. The fault self-diagnosis design can automatically resolve faults and resume operation without compromising safety. High precision, high reliability, and rich peripherals enable the battery to achieve maximum compatibility and user experience.
| Features | |
|---|---|
| Applicable battery capacity | 95-110Ah |
| Continuous current | 100Ah |
| Serial group | 16S |
| Single-cell overcharge protection voltage | 3643.2mV |
| Single-cell overcharge protection delay | 495mS |
| Single-cell Over-discharge Protection Voltage | 2580.6mV |
| Single-cell over-discharge protection delay | 495mS |
| Overcurrent protection current for charging | 120A |
| Overcurrent protection delay for charging | 412.5Ms |
| Short-circuit protection current | 550A |
| MOS Over-Temperature Protection Temperature | 100℃ |
| Charging Low-Temperature Protection Temperature | -5℃ |
| Chip low-temperature protection temperature | -20℃ |
| Balanced Turn-On Voltage | 3200mV |
Product Description
Functional Positioning for Residential Energy Storage Systems
This battery management system (BMS) PCB assembly serves as a critical component for residential home energy storage applications, designed specifically to manage and protect lithium battery packs in 16S series configurations. It targets manufacturers and integrators requiring reliable pcb assembly services that accommodate medium-to-large capacity battery packs, supporting cells with capacities from 95 to 110 Ah. This solution ensures comprehensive battery protection by managing individual cell voltages, balancing charge states, and enabling fault self-recovery, providing a secure foundation for sustainable home energy systems and advanced energy storage management platforms.
Technical Specifications and Protection Capabilities
Constructed on FR4 material with 1.6 mm thickness and 6-layer 2 oz copper, this assembly delivers high-performance electrical and thermal management capabilities for battery packs. The pcb manufacturing services include HASL finish for high-quality soldering standards and reliability. The board supports continuous currents up to 100 A and integrates overcharge protection at 3643.2 mV per cell, with over-discharge safeguards at 2580.6 mV, each with precise delay parameters for fault accuracy. Additional features include overcurrent charging protection up to 120 A, short-circuit protection featuring 550 A MOS switches, and thermal protection operational until 100°C. Balanced turn-on voltage is set at 3200 mV, ensuring stability across cell arrays throughout the energy storage lifecycle.
Industry Integration and Operational Value
Ideal for energy management companies, residential battery pack manufacturers, and system integrators, this BMS module supports strict safety and operational compliance in home energy storage units. Its fault self-diagnosis mechanism allows uninterrupted system operation following transient faults, contributing to ROI by minimizing downtime and maintenance. This PCB assembly is compatible with inverter control systems, enabling seamless integration into larger energy storage networks. The detailed protection and balancing functionalities enhance pack longevity and efficiency, validating its indispensability for low volume pcb assembly requirements in customized energy solutions and scalable deployments.
Design and System Integration Benefits
This BMS PCB Assembly exhibits a robust structural design optimized for precise battery pack protection in multi-cell configurations. The 6-layer 2 oz copper construction combined with HASL finish ensures excellent current carrying capacity and solder durability, critical for reliable pcb manufacturing services. Its modular design facilitates low volume pcb assembly workflows with consistently high quality, supporting flexible pcb prototype iterations or limited production runs. The tailored material selection, board thickness, and copper weight provide a balanced combination of thermal management and electrical conductivity, accommodating flexible pcb manufacturing conditions when required in adaptable system designs.
Operational Efficiency and Reliability Gains
From a performance perspective, this assembly efficiently monitors and controls cell voltages and current flow with high accuracy, enhancing long-term battery safety and system uptime. End users benefit from integrated over-temperature and short-circuit protections that reduce risk and maintenance needs in residential energy storage systems. The board’s fault self-recovery features streamline usability for manufacturers and system integrators by automatically diagnosing and resolving common faults without extensive manual intervention. Moreover, the compatibility with various inverter platforms and control systems delivers improved system interoperability critical for optimized energy flow management and easier deployment within flexible pcb board configurations.
Validation of Home Energy Storage BMS Protection Strategies
In the residential energy storage manufacturing sector, precise verification of battery management strategies is essential. This PCB assembly supports design validation workflows for 16S battery packs ranging from 95 to 110 Ah, ensuring correct overcharge, over-discharge, and overcurrent protections operate within defined parameters. Its role includes monitoring cell balancing and fault response mechanisms during charge/discharge cycles, helping engineers simulate real-world battery conditions. This integration compliance with industry safety standards allows for seamless testing within broader pcb assembly services, providing critical data points to optimize protection setpoints and improve overall pack performance consistency.
Testing Inverter Compatibility in Household Energy Systems
Energy storage integrators require reliable interfaces between BMS modules and inverters. This BMS PCB assembly aids in inverter integration testing environments by ensuring synchronization of battery protection responses with inverter control commands. Its technical advantages include rapid overcurrent and temperature sensing combined with stable voltage thresholds, enabling real-time protection coordination. The assembly integrates smoothly into system-level energy frameworks, supporting fault diagnosis and balanced cell operations that maintain energy delivery quality. Such capabilities are vital in ensuring compliance with electrical safety directives and enhancing system resilience, particularly in systems produced using low volume pcb assembly or flexible pcb manufacturing techniques.
What materials are used in your Home Energy Storage BMS PCB Assembly?
Our BMS PCB Assembly uses high-quality FR4 material with a 1.6 mm thickness and has a 6-layer copper construction with 2 oz copper. The board is finished using HASL to ensure durability and reliable performance in residential energy storage applications.
Do you offer customization for low volume PCB assembly orders?
Yes, we provide flexible PCB manufacturing services tailored to your project size, including low volume PCB assembly. Our processes support small batch production while maintaining strict quality control and consistency for prototype and production needs.
How can I integrate the Battery Protection Board with home inverter systems?
Our Battery Protection Board is designed for 16S configurations and offers sophisticated overcharge, overcurrent, and temperature protections. We support integration testing to ensure proper interaction between protection features and your home inverter controls for optimal safety and performance.
What logistics and support do you provide for flexible PCB prototype delivery?
We handle full supply chain management from design to delivery, offering reliable manufacturing and shipment of flexible PCB prototypes. Our services include quality assurance and technical assistance to meet your project timelines and specifications efficiently.
