- 关于一维
- ABOUT
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安徽一维新能源技术有限公司（简称一维技术）是一家专业、领先的电动汽车电控产品提供商。定位于打造全球领先的电动汽车高集成电控总成解决方案，实现电动汽车电机控制器、车载充电机、直流变换器、整车控制器四大核心零部件的优化集成，为客户提供安全、可靠、高效、互联互通的电能管理系统。
展望未来，我们将引领电动汽车在经济性、智能化方向的转型，在更加电气化、数字化、低碳化的新能源时代，通过提供经济高效的技术和解决方案，助力产业优化，改善城市生态，丰富人们的生活，让每一个人随时随地尽享新能源之美。同时，积极履行社会责任，回馈社会，推动中国的乃至全世界的绿色可持续发展。
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Anhui Inone New Energy technology Co.,Ltd (Inone Tech for short) is a leading professional electronic control products supplier for electric vehicle. Targeted creating the most leading high integrated electronic control solution, we have realized the optimized integration of 4 core components(motor controller, on-board charger, DC converter and vehicle control unit), provide safe , reliable, efficient, interconnected electronic management system.
Looking forward to the future, we will lead the transformation of electric vehicle economy and intelligence. In a new energy age which more electrified, digitized and low- carbon, we will assist industry optimization, improve urban ecology and enrich people’s life, for making every one enjoy the beauty of new energy. Meanwhile, we will fulfill our responsibility actively, contribute to the society and promote the sustainable development in China even the world.
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- 通过高度集成打造“充、储、放”一体化解决方案
- Create “Charge/Storage/Discharge” integrative
- solution with highly integration
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- 人工智能整车电控系统平台
- AI Vehicle Electronic Control System Platform
基于整车电控平台及外部信息，对整车管理进行规划决策，采用深度自学习的方式对车辆进行管理
Based on the ECS and external information, the platform programs and judges vehicle management,
manages the vehicle by deeply self-learning method.
- 数据支持、学习应用
- DATA SUPPORT LEARNING APPLICATION
- 状态层
- STATE LAYER
- 用户支持
- SUPPORT
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- 系统团队
- 产品规划
- 策略研究
- 产品定义
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- 硬件团队
- 原理设计
- 器件选型
- 布板布局
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- 软件团队
- 架构设计
- 底层软件
- 应用软件
- 算法仿真
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- 测试团队
- 硬件测试
- 软件测试
- 系统测试
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- 安规团队
- 结构设计
- 电磁兼容
- 热分析
- 功能安全
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- 支持团队
- 需求对接
- 二次开发
- 现场服务
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- System
- team
- Product Plan
- Strategy Research
- Product Definition
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- Hardware
- Team
- Principle Design
- Devices Selection
- Layout
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- Software
- Team
- Architecture Design
- Underlying Software
- Application Software
- Algorithm Simulation
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- Testing
- Team
- Hardware Test
- Software Test
- System Test
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- Safety
- Standard
- Team
- Structure Design
- Electromagnetic Compatibility
- Thermal Analysis
- Functional Safety
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- Support
- Team
- Requirements Communication
- Secondary Development
- Field Service
技术优势
TECHNOLOGICAL SUPERIORITY
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- 微秒级瞬变信号高精度采样技术
- High-precision Microsecond
- Transient Signal Sampling
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- 多变量离散模型参数估算技术
- Multi-variable Discrete Model
- Parameter Estimation
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- 非线性负载高频谐波干扰抑制技术
- Nonlinear Load High-Frequency
- Harmonic Interference
- Suppression
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- 非接触变量动态拟合自学习算法
- Non-contact Variable Dynamic
- Fitting Self-Learning
- Algorithm
发明专利
Inventive patents
- 一种电机控制器
- A type of motor controller
- 一种集成式电机驱动系统
- A type of integrated motor drive system
- 一种三合一动力系统智能测试平台
- An intelligent testing platform of 3-in-1 power system
- 一种双芯片的五合一电动汽车动力管理系统
- An electric vehicle power management system of 5-in-1 double chip
- 一种电机控制器的并联方式
- A parallel mode of motor controller
- 一种检测电机控制器MOSFET温度的装置
- A detection device for motor controller MOSFET temperature
- 基于BLDC方波的新型倍频控制方法
- New type of frequency control method based on BLDC square wave
- 基于霍尔的无刷电机转子角度计算方法
- Brushless motor rotor angle calculation method based on the hall
- 一种无刷电机相序自动辨识方法
- A brushless motor phase sequence automatic identification method
- 一种BUCK电源
- A type of BUCK power supply
- ...
软件著作权
Software copyright
- 车载充电机产品的嵌入式软件
- Embedded software of on-board charger
- 车载直流变换器产品的嵌入式软件
- Embedded software of on-board DC converter
- ...
实用新型及外观专利
Utility model and appearance patents
- 新能源汽车车载充电机
- New energy vehicle on-board charger
- 新能源汽车电机控制器
- New energy vehicle motor controller
- 新能源汽车车载充电机与电机控制器一体机
- New energy vehicle on-board charger and motor controller integration
- 新能源汽车车载充电机与dcdc一体机
- New energy vehicle on-board charger and DC converter integration
- ...
可靠性保障
RELIABILITY GUARANTEE
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- 集成系统可靠性保障
- Integrated System Reliability Guarantee
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- 子系统可靠性保障
- Subsystem Reliability Guarantee
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- 故障兼容降低事故风险
- Fault Compatibility Reduce Accident Risk
子系统中任何一个部件出现不同等级的故障，其他子系统及时响应，在不影响行车安全的前提下限制输入、输出，防止故障扩散造成人员及车辆严重事故
Different grades faults appear in any assembly of a subsystem, other subsystem respond without delay. On the premise of driving safety, the system restricts input and output to prevent personnel and vehicle serious accidents from failure spreading.
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- 双核互检保证大脑安全
- Dual Core Mutual Inspection To Ensure Brain Safety
四个系统共享两个高容量,高速率功能安全级处理芯片，双芯片实时互检，当芯片出现故障时，另一个芯片调度四个子系统运行，从本质上保证系统主控能力安全问题
The four systems share two high-capacities, high-speed functional security level processing chips .Dual core mutual inspect in real time. When any chip fails, the other one dispatches four subsystems operating, which ensure the system safely control.
- 开发管理体系
- 测试验证体系
- 生产管理体系
- Development Management System
- Test Verification System
- Production Management System
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- 严密的管理
- 改善计划
- 故障分析
- 失效记录
- 质量追溯
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- 严格的设计
- 功能安全评估
- 系统设计规范
- 失效防护措施
- 安全性评审
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- 严酷的测试
- 硬件可靠测试
- 软件可靠测试
- 电磁兼容测试
- 系统功能安全测试
- 极限环境测试
- 耐久性路试
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- 严谨的服务
- 出厂老化试验
- 出货检验
- 成品检验
- 半成品检验
- 外协过程检验
- 来料认证检验
- 供应商评审
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- 软硬件集成测试
- 基于需求的测试
- 故障注入测试
- 背靠背比较测试
- 背靠背比较测试
- 性能测试
- 外部接口测试
- 内部接口测试
- 接口一致性检查
- 故障注入测试
- 错误猜测测试
- 资源使用效率测试
- 负荷测试
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- 系统集成测试
- 基于需求的测试
- 故障注入测试
- 背靠背比较测试
- 背靠背比较测试
- 性能测试
- 外部接口测试
- 内部接口测试
- 接口一致性检查
- 交互通信测试
- 故障注入测试
- 基于现场经验测试
- 负荷测试
- 资源使用效率测试
- 在一定条件下的抗干扰鲁棒性测试
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- 整车集成测试
- 基于需求的测试
- 故障注入测试
- 背靠背比较测试
- 背靠背比较测试
- 性能测试
- 外部接口测试
- 内部接口测试
- 接口一致性检查
- 交互通信测试
- 故障注入测试
- 基于现场经验测试
- 负荷测试
- 资源使用效率测试
- 在一定条件下的抗干扰鲁棒性测试
- 长期测试
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- Stringent management
- Improvement plan
- Fault analysis
- Failures record
- Quality tracing
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- Strict design
- Functional safety assessmen
- Systematic design discipline
- Fail-safe measures
- Security review
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- Severe test
- Hardware reliability test
- Software reliability test
- EMC test
- System function safety test
- Extreme environmental test
- Endurance road test
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- Scrupulous service
- Leave factory aging test
- Outgoing quality control
- Finished product inspection
- Semi-products inspection
- External association process test
- Inspection of incoming materials
- Suppliers evaluation
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- Software and hardware integration testing
- Requirements-based testing
- Failure injection test
- Back-to-back comparison test
- Back-to-back comparison test
- Performance test
- External interface test
- Internal interface test
- Interface consistency check
- Failure injection test
- Error guessing test
- Resource use efficiency test
- Load tes
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- System Integration Test
- Requirements-based testing
- Failure injection test
- Back-to-back comparison test
- Back-to-back comparison test
- Performance test
- External interface test
- Internal interface test
- Interface consistency check
- Failure injection test
- Error guessing test
- Resource use efficiency test
- Load tes
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- System Integration Test
- Requirements-based testing
- Failure injection test
- Back-to-back comparison test
- Back-to-back comparison test
- Performance test
- External interface test
- Internal interface test
- Interface consistency check
- Failure injection test
- Error guessing test
- Resource use efficiency test
- Load tes
- Anti-interference robustness testing under certain conditions
- Long term test