By submitting this form, you are agreeing to the Terms of Use and Privacy Policy.
Large-scale automated equipment called Automatic Stacking Cranes (ASCs) is used in container terminals and ports to efficiently handle and store shipping containers. They are a crucial component of the equipment used in intermodal freight transportation for handling containers.
ASCs are intended for the highly automated and methodical stacking and retrieval of containers from container yards or stacks. The container yard or container stacking area, a designated location within the terminal, is where they work.
Automatic stacking cranes’ essential characteristics and parts consist of:
ASCs typically consist of a strong steel structure that extends the entire width of the container yard. They have a lifting device, like a spreader, that enables them to lift containers off the ground and stack them vertically. Typically, a trolley that moves along the structure with the lifting mechanism is attached to it.
Rubber Tyres or Rail Mounting: ASCs can have rubber tires or be mounted on a rail. ASCs that are rail-mounted can move back and forth along the container yard on rails that are buried in the ground. Contrarily, rubber-tired ASCs have wheels and are free to travel around the container yard without the aid of rails.
Automation and Control Systems: ASCs are highly automated machinery that is under the control of highly developed software. They function autonomously and follow commands from the terminal operating system (TOS) to carry out a variety of activities. The control systems synchronize the ASCs’ motions to provide accurate positioning and secure operations.
Systems for Safety: ASCs come with a number of safety measures.to prevent accidents and protect personnel and equipment. Typically, a trolley that moves along the structure with the lifting mechanism is attached to it.
Anti-collision systems, laser scanners, cameras, and sensors that identify impediments and guarantee safe operation in the container yard are a few examples of these features.
Compatibility with Terminal Operations: ASCs frequently work with automated guided vehicles (AGVs), straddle carriers, yard cranes, and other pieces of equipment in the container terminal. Together with these other devices, they effectively manage the flow of containers through the terminal.
The key benefits of employing Automatic Stacking Cranes are increased safety, decreased labor requirements, higher productivity, and effective space utilization. ASCs can efficiently and reliably handle a lot of containers, improving terminal operations and cutting down on handling times.
It should be noted that ASCs are only one type of equipment utilized in container terminals; other equipment may be employed depending on the needs of the individual terminals. However, due to their effectiveness, adaptability, and capacity to handle high workloads in container yards, ASCs continue to be a well-liked option for automated container handling.
The Global Automatic Stacking Cranes Market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
To increase capacity and efficiency, the Port of Virginia has announced an investment of approximately EUR 130 million in 36 Konecranes Automated Stacking Cranes.
The Port of Virginia® will receive 36 cutting-edge Automated Stacking Cranes (ASCs) from Konecranes as part of a significant investment in capacity growth as part of the port’s continued efforts to increase operational efficiency, capacity, and competitiveness in the international shipping market.
A multipurpose port serving international markets is the Port of Virginia. Its cutting-edge infrastructure, strategic location, and dedication to efficiency make it a key entry point for international trade, which benefits numerous sectors of the economy across the whole nation.
