From labour-intensive, manual processes to digitised, highly automated, and eco-conscious systems, the modern shipping operations have come a long way. Major advancements like AI-based predictive analytics for maintenance and routing, containerization, or the use of IoT for real-time tracking changed the traditional overview of shipping and the utility range of port equipment.
However, the use of green fuel technologies like hydrogen and LNG has now added sustainable advantages in the global shipping industry.
Here, we explore 5 types of port equipment essentials: Ship-to-Shore Cranes, Rubber-Tyred Gantry (RTG) Cranes, Reach Stackers, Automated Guided Vehicles (AGVs) & Automated Stacking Cranes (ASCs), and Bulk Volumetric Scanning, enabling the success of contemporary shipping operations.
Key Takeaways
- The modern shopping operations have evolved by several means – digitalisation, automation, and sustainability.
- Key Port Essentials: Ship-to-Shore Cranes, Rubber-Tyred Gantry (RTG) Cranes, Reach Stackers, Automated Guided Vehicles (AGVs) & Automated Stacking Cranes (ASCs), and Bulk Volumetric Scanning.
Ship-to-Shore (STS) Cranes
Research shows that between 2026 and 2035, the global STS Cranes market is expected to grow at a 4.3% of CAGR. So, what are the driving factors behind the success of this port equipment?
Function of Modern STS Cranes
The most fundamental function of STS cranes is to transfer containers during shipping operations. Modern cranes offer more than 40 moves per hour and handle 22-24 containers, using high-tech trolley systems.
Features of Modern STS Cranes
Here are the key features of modern Ship-to-Shore (STS) Cranes.
- Auto-landing of containers and automated trolley paths.
- Remote Operation Systems (ROS), improving safety.
- AI-driven systems and advanced sensors.
- Eco-friendly design.
- IP-based Optical Character Recognition.
Rubber-Tyred Gantry (RTG) Cranes
Essential for heavy-lifting machines, RTG cranes are a popular port equipment, used for stacking, loading, and unloading.
Functions of RTG Cranes
RTGs organise containers in multi-blocs to maximise yard capacity. Moreover, these cranes are useful in loading and unloading practices, since they develop a crucial link in the intermodal chain. This specific port equipment is effective as a tandem for ship-to-shore cranes, and can rearrange containers easily, based on the size and type.
Features of RTG Cranes
- Run on fully electric and hybrid power, reducing carbon emissions, noise, and fuel consumption.
- Anti-Sway and Active Load Control enable micro-movements.
- Easy to improve operator comfort, control room, safety, and productivity with automation and remote control.
- IoT and 5G Integration offer real-time data transmission, allowing tracking and predictive maintenance with Thermal Operating Systems (TOS).
Reach Stackers
An essential piece of port equipment, best for heavy-duty machinery, such as rail terminals and container yards. So, how do reach trackers work?
Functions of Reach Stackers
By using a telescopic boom, reach stackers lift loaded or empty containers. It is capable of turning, rotating, and side-shifting for precise positioning. Moreover, seamlessly transferring containers between trucks, ships, and trains makes this port equipment essential in intermodal transport.
Features of Reach Stackers
- With advanced powerstains, reach stackers offer sustainable opportunities, such as lower noise and zero emissions. Engines with hydrotreated vegetable oil (HVO) have a game-changing factor.
- Automated steering, GPS-based positioning (RTK), and remote health reporting to reduce downtime.
- With load-sensing hydraulics, reach stackers reduce fuel consumption, while with ergonomic cabs, reach stackers offer wide-angle visibility.
Automated Guided Vehicles (AGVs) & Automated Stacking Cranes (ASCs)
Two major cornerstones of automated, modern container terminals, AGVs and ASCs, emerged as alternatives to manual labour in repetitive high-density handling tasks. With 24/7 operations, ASCs manage stacking, while AGVs offer horizontal transport between the yard and quay.
Functions and Features of Automated Guided Vehicles
Check Table 1 to understand the key functions and features of Automated Guided Vehicles.
| Functions of AGVs | During loading and discharging, AGVs move containers between storage yards and quaysides.Hand off multiple containers to ASCs in the stacking yard. |
| Features of AGVs | Using GPS and LiDAR, AGVs offer free-range navigation.Fast-charging capabilities and automated battery swapping.Collision avoidance and detecting obstacles using LiDAR and 3D cameras. |
Table 1: Functions and Features of AGVs
Functions and Features of Automated Stacking Cranes
Check Table 2 to know the striking functions and features of Automated Stacking Cranes as port equipment.
| Functions of ASCs | Receive containers from AGVs and deliver to trucks from the seaside.During low activity periods, ASCs optimize future retrievals of containers with repositioning. |
| Features of ASCs | Twin ASCs in every block – one for landside and one for seaside – empower productivity.The simultaneous use of AI and digital twins (twin-ASC systems) optimize positions of stacks.With high precision, ASCs guarantee high-acceleration and high-speed operations. |
Table 2: Functions and Features of ASCs
Since the collaborative functions and features of the aforementioned port equipment may intrigue you, check the list below:
- The AGV+ASC systems reduce carbon footprint by using battery-powered, electric-driven fleets.
- The combined systems with AI-based facilities improve the efficiency of container movements by 20-30%.
- By reducing labour costs, despite a high initial capital expenditure (CAPEX), the collaborative automation reduces operational costs.
Bulk Volumetric Scanning
Using overhead laser sensors to develop 3D and real-time measurements of material volume, Bulk Volumetric Scanning is one of the essential port equipment in the modern shipping operations.
Research shows that between 2023 and 2030, the global bulk volumetric scanning market is expected to grow at a CAGR of 29.5%. So, what are the pivotal factors to drive this growth?
Functions of Bulk Volumetric Scanning
- Scan rail wagons, truckloads, or conveyor belts, using Light Detection and Ranging (LiDAR).
- Offers an automatic in-motion measurement by scanning vehicles when they’re in motion – a guaranteed “drive-through” experience.
- By integrating with RFID (automatic identification), it identifies vehicles and provides essential information.
Features of Bulk Volumetric Scanning
- An instant data transfer to cloud platforms – allowing 24/7 access and remote monitoring.
- Detecting patterns via advanced machine learning and AI, analyzing data (e.g., consistently uneven loads, excessive carryback).
- Easily adapt to extreme conditions like snow, dust, or high temperatures.
See also: Why Local Businesses Choose a Boutique Design Studio
Get the best-quality port equipment essentials to boost modern shipping practices.
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