Megawatt Charging
Charging at megawatt scale for long-haul electric freight, on lanes whose civil works, cable routes and substation headroom were provisioned in the first phase.
Depends on · Standard maturity, vehicle availability and connection capacity
Robotic charging
Automated connection for repetitive, high-frequency duty cycles — terminal tractors and shuttle movements where manual plugging is the bottleneck.
Depends on · Equipment maturity and terminal automation programmes
Electric terminal tractors
Yard tractors and handling equipment on electric drive, charging in the gaps between movements rather than in dedicated downtime.
Depends on · Equipment procurement cycles and yard charging density
Autonomous electric trucks
Driverless movements on controlled port and corridor routes, with charging scheduled by the same layer that schedules the movements.
Depends on · Regulatory framework and controlled-route approvals
Port smart grid
A managed internal network coordinating generation, storage, charging and terminal load, capable of controlled islanding during supply events.
Depends on · Utility coordination and protection design
Large-scale storage
Storage sized against the port’s measured peaks rather than its nameplate load, converting demand charges into managed throughput.
Depends on · Measured operating data from earlier phases
Captive Solar, Wind & Floating PV
On-site generation across canopies, roofs, breakwaters and sheltered aquatic water basins (floating solar), complemented by contracted open-access green tariffs.
Depends on · Land/water-surface allocation and open-access regulatory framework
Cold Ironing & Megawatt Vessel Charging
High-power 1.6 MW+ shore-to-ship connection and automated berth pantographs replacing auxiliary diesel generator emissions during dwell and cargo operations.
Depends on · Berth-side electrical works (IEC 80005-1) and vessel-side interface standardization
Electric & Hybrid Harbor Vessels
Harbour tugs, patrol boats and passenger ferries fitted with converter-fed synchronous electric direct drives (such as Baumüller DST2 series) achieving >95% efficiency.
Depends on · Vessel replacement cycles and dockside high-power fast charging plazas
Green Hydrogen & Blue Energy Bunkering
An integrated electrolysis interface for green hydrogen H₂ production, bunkering and fuel-cell freight, managed as a dynamic load vector within the port microgrid.
Depends on · National Green Hydrogen Mission guidelines and port offtake economics
AI fleet orchestration
Charging, movements and energy dispatch optimised together, against tariff, generation, storage state and operational commitments.
Depends on · Operating history sufficient to train and validate against
Vehicle-to-grid
Parked fleet capacity participating in peak management and, where regulation permits, in grid services — the fleet as a distributed storage asset.
Depends on · Regulatory permission, metering framework and warranty terms
Operating digital twin
The twin moves from a presentation tool to a planning tool: scenarios tested against the port’s own measured behaviour before capital is committed.
Depends on · Continuous instrumentation from phase one onward