Electric Vessel
Use PCS to realise bidirectional energy flow – zero-emission operation in all-electric mode, and diesel-battery cooperation in hybrid mode to ensure range and environmental protection.
Use PCS to realise bidirectional energy flow – zero-emission operation in all-electric mode, and diesel-battery cooperation in hybrid mode to ensure range and environmental protection.
Zero-emission requirement at berths and scenic waters; diesel engines cause high pollution.
Insufficient all-electric range requires hybrid solution for longer voyages.
Harmonics from power electronics interfere with onboard daily loads.
High starting surge from large loads affects grid stability.
High vibration and noise at low diesel engine speed impair passenger comfort.
Low battery charge/discharge efficiency causes high energy loss.
INVT uses PCS (bidirectional converter) to achieve online AC-DC bidirectional energy conversion. At berth, all-electric output ensures zero emissions; in waterways, the diesel engine automatically starts to charge the battery and supply system power. Special algorithms in GD350-CCS and GD880 reduce drive losses and improve overall battery energy utilisation efficiency by about 0.5%. Also features output short-circuit current suppression, harmonic filtering, and intelligent energy monitoring to ensure navigation safety and ecological friendliness.
Core Concept
Bidirectional energy flow with intelligent energy monitoring – an efficient, eco-friendly, quiet power solution for electric vessels.
Technical Claims
PCS bidirectional converter: AC-DC conversion, seamless switch between pure electric and hybrid modes.
Efficient energy management: GD350-CCS/GD880 special algorithms reduce drive losses and improve battery energy efficiency by 0.5%.
Short-circuit current suppression: GD880 algorithm protects emergency power supply stability during grid short circuits.
Harmonic filtering: reduces interference from power electronics to daily loads, ensuring stable navigation.
Intelligent grid connection: smooth PCS-diesel generator paralleling, automatic source switching based on operating conditions.
All-electric mode at berth eliminates diesel pollution, friendly to aquatic ecology, meets environmental regulations.
Hybrid mode automatically switches and charges from diesel engine, ensuring long-duration operation.
Battery efficiency +0.5%, lower drive losses, extended overall range.
Short-circuit suppression and harmonic filtering ensure reliable grid and load operation.
Reduces low-speed diesel vibration and noise, improves passenger experience, friendly to aquatic life.
英威腾提升机解决方案以高性能驱动系统与PLC为核心,采用集成化架构,实现精准定位与快速响应。通过优化控制逻辑确保稳定高效运行,并依托一站式服务能力,为客户提供从设备到控制的完整自动化支持
核心理念
一体化集成,构建自主可控、高效稳定的智能搬运系统
技术主张
全链路自主化:核心设备(PLC、变频器、伺服驱动器、电机)自主研发与深度集成,确保系统内部协同性、稳定性与可控性。
控制驱动一体化:通过“PLC+驱动”的紧密配合,优化控制逻辑,实现堆垛机的高速、高精、高动态响应,提升出入库效率。
全生命周期服务:提供从方案选型、调试到售后支持的一站式服务能力,保障系统长期可靠运行,降低客户总拥有成本。
双 PID 算法精准控压,供气稳定,电机温升降低,不易退磁。
内置压缩机专属控制逻辑,免外接 PLC / 控制器,专机设计,易调试、易维护,可减少人工和系统成本。
IP56 高防护风扇 + 独立风道设计,粉尘 / 高湿环境 “零堵塞”,可以降低风扇故障率,减少维护频次
XXX深耕化工、冶金、食品医药等行业,既满足重工业高压供气需求,也保障食品医药行业对洁净压缩空气的高标准要求,适配性强。
XXX整合硬件驱动、软件算法与云平台服务,提供从设备控制到数据分析的全链路技术支持,赋能企业智能化转型



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