Guangdong Province has released a new implementation plan to systematically expand the use cases for unmanned surface vessels.

The plan prioritizes initial trials in areas with lower maritime traffic density and relatively simple water conditions, with the goal of gradually extending operations to busier waterways as the technology matures.

This phased approach is designed to establish a development model for unmanned vessels that is safe, commercially viable, and publicly acceptable.

Initial Steps for Implementation

The plan specifies that suitable routes in areas such as the Pearl River Estuary, Chuanshan Islands, and Renping Peninsula will be selected for demonstration projects.

These initiatives will focus on creating pilot applications for unmanned freight transport to and from islands.

Advancing Vessel Technology

For vessels over 20 meters in length, the strategy involves retrofitting them with intelligent ship systems.

This upgrade will enable capabilities like encounter situation analysis and intelligent collision avoidance, promoting the application of technologies for assisted navigation, remote control, and autonomous sailing.

A key exploration is achieving an intelligent operational model where engine room functions shift from onboard crew to a "shipboard monitoring, shore-based control" system.

These measures aim to enhance navigational safety, operational efficiency, and the overall level of intelligent shipping, positioning the Greater Bay Area as a comprehensive testbed for smart maritime initiatives, including specific routes and vessels.

Enhancing Waterway Oversight

Empowering smarter, more intelligent maritime supervision is one of the pilot tasks outlined in the plan.

Guangdong will promote the deployment of long-endurance unmanned vessels in key regulated waters, such as the Hong Kong-Zhuhai-Macao Bridge area.

These vessels will perform duties including maritime traffic situation analysis, abnormal event identification, vessel pollution monitoring, water traffic accident investigation, and emergency search and rescue operations.

The plan also explores using unmanned vessels in applications related to the free travel of yachts between Guangdong, Hong Kong, and Macao, as well as for production operations, inspection and construction work, and regulatory law enforcement on inland rivers, lakes, and reservoirs.

These efforts are intended to build a new model of intelligent, collaborative water traffic supervision.

Infrastructure and Emergency Response

The plan advocates for using unmanned vessels to conduct intelligent inspections of navigation aids along pilot waterways.

It further explores conducting channel patrols under complex conditions like nighttime and heavy fog, aiming to significantly improve waterway maintenance and management capabilities.

Additionally, the initiative calls for the integrated planning and coordination of unmanned vessels with existing maritime emergency response forces.

This coordinated approach seeks to enhance the precision, timeliness, and safety of maritime search and rescue missions, thereby strengthening the overall capacity to respond to and handle maritime emergencies.