A Smart Bollard, although reminiscent of a typical bollard on a ship, boasts enhanced functionalities. It's a permanent fixture on docks and measures the load on mooring lines. It achieves this by detecting and interpreting structural movements instigated by the tension in the mooring line. Pertinent data is subsequently made accessible to the port authority, terminal operators, or even the vessel itself. The Smart Bollard proves its compatibility with a plethora of seagoing vessels, encompassing both container and bulk carriers.
Historically, quantifying the load on mooring lines has been challenging. This data void compelled ports to make assumptions regarding maximum mooring loads. Given the dire consequences of mooring line failure - which includes potential ship detachment leading to significant accidents - it's pivotal for the Port Authority and Terminal Operator to grasp the exact nuances of mooring line behaviours, particularly during turbulent weather conditions.
The introduction of the Smart Bollard offers a solution to this problem. It elevates mooring safety by providing a real-time insight into the mooring lines' loads and fosters an in-depth understanding of mooring forces. The advanced MoorControl software offers transparent data presentation, benefitting terminal operators, port authorities, and vessel proprietors. This influx of data contributes to the port's optimised functionality. As vessels continue to grow in size and weather patterns become increasingly unpredictable, garnering profound insights into mooring loads is paramount.
Smart Bollard's prowess doesn't end with merely monitoring. It accumulates data, facilitating the Port's efficiency while ensuring safety during vessel mooring.
An intuitive dashboard displays:
Moreover, system administrators can seamlessly onboard users and initiate alarms, thanks to its user-friendly interface. A built-in API ensures comprehensive data access, fostering integration into other systems, with all the information being made available to the Port Authority, terminal operators, and vessel proprietors.
The Smart Bollard offers myriad advantages:
It can be either hardwired using ethernet or operate wirelessly. The former requires a distinct switchbox for data transmission to the cloud, while the latter mandates the installation of an on-site gateway.
Data is transmitted to the cloud (specifically AWS), accessible through a dedicated portal. This portal also presents meteorological data, current conditions, and can maintain a vessel database. The integrated standard API ensures seamless system integration.
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In collaboration with the Port of Rotterdam, Straatman pioneered the Smart Bollard. As part of a pilot programme, the Port of Rotterdam inaugurated the Smart Bollard at the ECT Delta Terminal quay. This aligns with the port's ambition of digital enhancements to boost efficiency. The subsequent phase entails a broader installation of Smart Bollards across the Port of Rotterdam's quays and other ports around the world.
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