Centered on propulsion, control, battery and the smart platform, REICE builds a complete capability system from core components and intelligent control to system integration and operational management for full-vessel electrification delivery.
Propulsion motor, control system, power battery and the Smart Vessel Operations Command Center form the technical foundation.
Supports autonomous navigation assist, station keeping, heading hold, speed hold and multi-sensor coordinated control.
Connects vessel-side, charging-side and cloud-side data for monitoring, dispatch, energy and O&M in one loop.
Extends from single-module configuration to full-vessel integration, commissioning, coordinated testing and service upgrades.
REICE builds a complete capability framework around propulsion, control, battery and platform technologies. It links key components with system integration and connects single-vessel operation with fleet-level management for tourism, aquaculture, patrol, port commuting and utility scenarios.
Designed for low-speed, high-torque, frequent start-stop and long-duration marine operation, it serves as the core foundation of vessel thrust and working efficiency.
Responsible for propulsion control, status display, energy linkage, fault alarm, communication interaction and operator logic, it acts as the intelligent control center of the vessel.
Built on a LiFePO4 system, it balances range, safety and lifecycle performance to provide stable, reliable and manageable onboard energy.
As the fourth core capability, this platform coordinates vessel-side, charging-side and cloud-side management, delivering unified access, operation dispatch, condition monitoring, energy management, alarm diagnosis and closed-loop O&M as one digital capability set.
Combines positioning, heading, route logic and scenario strategy to support assisted autonomous navigation for sightseeing cruising, patrol missions and fixed routes.
Designed for patrol, aquaculture, utility work and enforcement support, enabling station keeping, standby positioning and more stable on-water operations.
Maintains a preset heading for cruise, assisted berthing, work positioning and operations in more demanding waters, improving directional consistency.
Supports preset cruise speed and steady-speed control, coordinated with energy strategy and mission planning for sightseeing, commuting and patrol tasks.
This capability is more than a visual platform block. It is a digital technology foundation built around vessel-side sensing, charging coordination, platform dispatch and remote O&M. It works with the six vessel series, the three-electric system and charging facilities to build a smart operational system that is connectable, monitorable, dispatchable and serviceable.
Supports tourism, aquaculture, patrol, commuter, enforcement and utility vessels, while connecting propulsion motors, control systems, batteries, BMS, chargers and sensor data.
Coordinates routes, missions, shifts, charging windows and operating states for tourism, port commuting, aquaculture supply and patrol scenarios.
Continuously monitors position, track, battery, motor, controller, communication link and alarms to support anomaly detection, status assessment and remote diagnosis.
Builds a sustainable service loop from alarms and fault logs to work orders, inspections, maintenance and upgrades for more reliable vessel operations.
Supports tourism, aquaculture, patrol, commuter, enforcement and utility vessels on one platform.
Propulsion, battery, control and charging states can be monitored and coordinated in one system.
Builds a real-time, trackable and analyzable operating management framework for operators.
Forms a closed loop from issue discovery to service follow-up, maintenance execution and upgrades.