Advanced Energy-771860

Advanced Energy-771860是一款高性能分布式伺服驱动系统,作为Advanced Energy旗下Advanced Motion Control系列的核心产品,专为大型工业自动化系统的分布式控制与高效能源管理设计。该产品整合分布式架构、实时同步与智能调节技术,核心功能涵盖多节点协同控制、动态负载分配、故障隔离及能源优化,所属分布式智能驱动平台使其在自动化系统中定位为“分布式动力核心”,通过分布式部署与智能协同提升系统扩展性、可靠性及能效,适用于分布式生产线、智能物流、风电设备、矿业机械等场景,显著降低运维复杂度与能耗,实现高效、稳定的自动化操作。

主要特点和优势

Advanced Energy-771860的技术特性与竞争优势体现在以下维度:

1.分布式高同步控制与动态负载均衡

描述

Advanced Energy-771860产品概述

Advanced Energy-771860是一款高性能分布式伺服驱动系统,作为Advanced Energy旗下Advanced Motion Control系列的核心产品,专为大型工业自动化系统的分布式控制与高效能源管理设计。该产品整合分布式架构、实时同步与智能调节技术,核心功能涵盖多节点协同控制、动态负载分配、故障隔离及能源优化,所属分布式智能驱动平台使其在自动化系统中定位为“分布式动力核心”,通过分布式部署与智能协同提升系统扩展性、可靠性及能效,适用于分布式生产线、智能物流、风电设备、矿业机械等场景,显著降低运维复杂度与能耗,实现高效、稳定的自动化操作。

主要特点和优势

Advanced Energy-771860的技术特性与竞争优势体现在以下维度:

1.分布式高同步控制与动态负载均衡

支持30轴分布式同步控制,采用分布式同步控制引擎(Distributed Synchronization Control Engine,DSCE),同步误差≤0.002ms。动态负载均衡算法(Dynamic Load Balancing Algorithm,DLBA)实时分配负载,提升系统整体效率30%。

2.全闭环矢量控制与自适应补偿

搭载32位全闭环矢量控制(Full Closed-loop Vector Control),结合32位多圈绝对值编码器(32bit Multi-turn Absolute Encoder),定位精度≤±0.00001°。自适应补偿系统(Adaptive Compensation System,ACS)自动修正机械误差,适应复杂工况。

3.故障隔离与容错控制

集成故障隔离模块(Fault Isolation Module,FIM),单节点故障自动隔离,不影响系统运行。容错控制(Fault Tolerant Control,FTC)技术保障系统持续运行,降低停机风险。

4.高效能量再生与动态功率分配

采用能量再生模块(Energy Regeneration Module,ERM)与动态功率分配(Dynamic Power Allocation,DPA),节能效率提升50%。支持多节点能量共享,空载功耗≤1.2W,符合ISO 50001能源管理标准。

5.严苛环境适应性设计

防护等级IP68,防尘防水防腐蚀,耐受极端温度(-50℃至90℃)与振动(≤7g)。抗电磁干扰设计(EMI Shielding)符合EN 61000标准,适用于矿山、海上平台等恶劣环境。

Advanced Energy-771860 Product Overview

Advanced Energy-771860 is a high-performance distributed servo drive system.As the core product of Advanced Energy’s Advanced Motion Control series,it is designed for distributed control and efficient energy management of large industrial automation systems.The product integrates distributed architecture,real-time synchronization and intelligent adjustment technology.The core functions cover multi-node collaborative control,dynamic load distribution,fault isolation and energy optimization.The distributed intelligent driving platform makes it positioned as the”distributed power core”in the automation system.Through distributed deployment and intelligent collaboration,it improves the scalability,reliability and energy efficiency of the system.It is suitable for distributed production lines,intelligent logistics,wind power equipment,mining machinery and other scenarios,significantly reducing operation and maintenance complexity and energy consumption,and achieving efficient and stable automated operations.

Main features and advantages

The technical characteristics and competitive advantages of Advanced Energy-771860 are reflected in the following dimensions:

1.Distributed high-synchronous control and dynamic load balancing

It supports 30-axis distributed synchronization control,adopts a distributed synchronization control engine(DSCE),and the synchronization error is≤0.002ms.Dynamic Load Balancing Algorithm(DLBA)allocates load in real time,improving the overall efficiency of the system by 30%.

2.Full closed-loop vector control and adaptive compensation

Equipped with 32-bit full closed-loop vector control(Full Closed-loop Vector Control),combined with 32-bit multi-turn Absolute Encoder,the positioning accuracy is≤±0.00001°.Adaptive Compensation System(ACS)automatically corrects mechanical errors and adapts to complex working conditions.

3.Fault isolation and fault tolerance control

Integrated Fault Isolation Module(FIM),single-node fault failure automatic isolation and does not affect system operation.Fault Tolerant Control(FTC)technical guarantees the continuous operation of the system and reduces the risk of downtime.

4.High-efficiency energy regeneration and dynamic power distribution

The energy regeneration module(ERM)and dynamic power distribution(DPA)are used to improve energy saving efficiency by 50%.Supports multi-node energy sharing,no-load power consumption is≤1.2W,and complies with ISO 50001 energy management standards.

5.Strict environmental adaptability design

Protection level IP68,dustproof,waterproof,corrosion-proof,and resistance to extreme temperatures(-50℃to 90℃)and vibration(≤7g).EMI Shielding is in compliance with EN 61000 standards and is suitable for harsh environments such as mines and offshore platforms.