The REGBES EMS and PMS optimise charging schedules around grid load, vessel turnaround times, and real-time energy pricing — reducing shore power costs and carbon footprint across the full fleet.
Shore power hardware delivers the connection — the EMS and PMS determine how that connection is used. The Energy Management System operates shore-side, optimising when and how much power is drawn from the grid. The Power Management System operates onboard, coordinating between power sources — shore connection, battery, generator, and renewable inputs — to deliver the right power to the right system at the right time. Together they form the intelligence layer of a complete REGBES shore power installation.
The REGBES EMS operates at the port or terminal level, managing the interface between the shore power grid and the vessels being charged. It continuously monitors grid load, real-time energy pricing, and vessel turnaround schedules — and adjusts charging behaviour accordingly to minimise cost and grid impact without compromising vessel readiness.
Interactive demo — explore Overview, Loads, Power Quality, Alarms, and Setpoints views
The REGBES PMS operates onboard the vessel, coordinating power flow between all available sources — shore connection, battery storage, hydrogen fuel cell, generator, and PV panels. It continuously monitors the state of each source and routes power to propulsion, onboard systems, and charging in the most efficient sequence, adapting in real time as conditions change.
The EMS and PMS are designed to work with a wide range of power sources and data inputs — from simple shore-only installations to complex multi-source vessel architectures.
The REGBES EMS and PMS are being developed and validated through active EU-funded maritime electrification projects.
Hydrogen, solar, and battery-powered fishing vessel platform. REGBES develops the EMS and PMS for the full multi-source power architecture — coordinating hydrogen fuel cell, PV panels, battery storage, and shore connection across the vessel's operational modes.
REGBES role: EMS and PMS development · energy consumption optimisation · underwater noise and vibration measurements
Read more about Hy2FISH →Offshore power barge for delivering electricity to moored and anchored vessels. The EMS coordinates power delivery from the barge grid connection to the CMS and ultimately to the vessel — optimising scheduling around vessel arrivals and barge energy capacity.
REGBES role: Cable management system development · EMS integration for barge-to-ship power scheduling
Read more about BlueBARGE →The REGBES software layer is most valuable where multiple power sources, variable schedules, or cost optimisation requirements make manual power management impractical.
EMS manages grid load across multiple berths — coordinating charging schedules for multiple vessels simultaneously while minimising peak demand tariffs and grid impact.
PMS coordinates between shore connection, battery, fuel cell, and renewable generation onboard — optimising the power mix for each voyage phase and operating mode.
EMS coordinates power delivery from barge grid connection to vessel — managing scheduling, load balancing, and energy capacity across offshore deployments where grid access is limited.
Talk to the REGBES team about your power architecture, vessel fleet, and operational requirements — we'll discuss how EMS and PMS can reduce cost and improve reliability.