热管理预警及保护技术

实时温度监测，确保电池系统处于热安全全时监控状态

结合电压、电流、温度、内阻等数据变化特征，实时在线辨识电芯内部短路故障，发出预警信息，同时做出保护

Thermal management warning and protection technologyReal time temperature monitoring to ensure that the battery system is in thermal safety monitoring state.Combined with voltage, current, temperature, internal resistance and other data change characteristics, identify the internal short circuit fault of the electric core online in real time, send out warning information, and provide protection at the same time. 

机械安全技术

基于GB／T31486－2015标准的严苛测试，进行振动、挤压、碰撞、跌落等测试，确保电池系统的机械机构安全

产品满足IP68防护等级，保证电池在全环境状态下的安全使用

Mechanical safety technologyBased on the rigorous test of GB/T31486-2015 standard, carry out vibration, extrusion, collision, drop and other tests to ensure the safety of the mechanical mechanism of the battery system.The product meets the protection level of IP68 to ensure the safe use of the battery in the full environmental state.

高压安全技术

满足最高1200V直流绝缘监测，采用ms级数据计算，实时监测电池系统高压绝缘状态，可以做出预警和保护

电池系统设计采用高于行业标准和要求，采用成熟工艺，选用汽车级的高压器件，为电池高压安全保驾护航

High voltage safety technologyMeet the maximum 1200V DC insulation monitoring, use ms level data calculation, real-time monitor the high-voltage insulation status of the battery system, and can make early warning and protection.The battery system is designed in a way that is higher than the industry standards and requirements, uses mature technology, and uses automotive grade high-voltage devices to ensure the safety of battery high-voltage.

高效热管理技术

为满足不同应用环境，使电池系统能够在最优温度区间工作，我们根据不同方案，采用液冷等高效的热管理技术对电池系统温度进行管理。

 Efficient thermal management technologyIn order to meet different application environments and enable the battery system to work in the optimal temperature range, we use efficient thermal management technologies such as liquid cooling to manage the battery system temperature according to different schemes.

电芯状态高精度监控

采用大规模集成电路，集成化系统设计，实现电池电压、温度、电流高精度监控，实现电池系统全寿命周期使用管理。

High precision monitoring of electric core statusLarge scale integrated circuit and integrated system design are adopted to realize high-precision monitoring of battery voltage, temperature and current, and realize the life-cycle use management of battery system.

高能量密度

使用CTP技术，简化结构，减少零件数量，提升PACK成组效率和安全性

High energy densityUse CTP technology to simplify the structure, reduce the number of parts, and improve the efficiency and safety of PACK grouping.

智能制造

PACK结构安全技术开发包括结构应力分析、热扩散仿真等不同工程环节。运用智能制造的先进控制与优化技术，建立电池箱结构安全数据库，实现结构安全性能多目标持续优化，有效缩短开发周期、提高生产效率、提升产品品质、降低能耗。

利用Mold-Flow技术将电池PACK研发各个环节有机组织起来，建立一套专门针对动力电池系统的研发流程标准，实现全过程的科学化、信息化管理，提高研发效率。

Intelligent manufacturingThe development of PACK structural safety technology includes structural stress analysis, thermal diffusion simulation and other different engineering links. The advanced control and optimization technology of intelligent manufacturing is used to establish the battery box structure safety database, realize the multi-objective continuous optimization of structural safety performance, effectively shorten the development cycle, improve production efficiency, improve product quality, and reduce energy consumption.

Use Mold Flow technology to organically organize all aspects of battery PACK R&D, establish a set of R&D process standards specifically for power battery system, realize scientific and information management in the whole process, and improve R&D efficiency.