Recently, the Department of Industry and Information Technology of Jiangsu Province issued the "14th Five-Year Plan for the Development of Ship and Marine Engineering Equipment Industry in Jiangsu Province" (referred to as the "Plan").
In the "Key Tasks" part of the "Plan", it is proposed to focus on building a number of leading R&D and innovation platforms, support the Taihu Laboratory in establishing a national laboratory, and focus on deep-sea carrier safety (deep diving), deep-sea communication and navigation (deep network), deep-sea The three research directions of detection operations (deep exploration) and major tasks such as deep-sea equipment and material preparation, deep-sea concealed navigation, and deep-sea target intelligent identification are carried out to carry out strategic, forward-looking, cutting-edge basic research, applied basic research and high-tech research.
 

 

The plan also mentions:
Focus on breaking through a number of core key technologies. Facing the key links in the green, deep sea, polar and other fields, anchor the key links and supporting shortcomings of the high-tech ship industry chain, offshore equipment industry chain, and luxury cruise industry chain, make good use of the core technology research platform, and break through a number of "cards". neck" technique.

Green ecological innovation technology
Continue to promote low-carbon fuel (dual fuel) and renewable energy power applications, and develop optimal solutions for mainstream ship types that meet the requirements of the third stage of EEDI. Actively develop a new generation of green, environmentally friendly, energy-saving and efficient ice-enhanced dual-fuel new ship types. Further enhance the independent design and system integration capabilities of professional offshore oil and gas equipment such as floating LNG production storage and regasification units.
Deep sea equipment technology
Deep-sea scientific monitoring and detection equipment technology, including deep-sea environmental monitoring technology, deep-sea scientific research vessel equipment technology, deep-sea manned submersible equipment technology, deep-sea unmanned submersible equipment technology, improvement and expansion of existing deep-sea equipment operating capabilities, deep-sea science and technology Construction of technology research platform, productization of key components of deep-sea equipment, etc. Deep sea oil and gas development equipment technology. Including deepwater underwater oil and gas production system equipment technology, deepwater floating oil and gas production and development equipment technology, deepwater underwater drilling equipment technology, etc. Deep sea mining equipment technology. Including seabed mineral exploration, mining, transportation system equipment technology, key technology of underwater Internet of Things for deep-sea mining system, deep-sea mining surface support mother ship equipment technology, deep-sea mining equipment test facility and key technology of engineering materials, etc.
Intelligent technology
Applying big data analysis, knowledge-driven, intelligent algorithms and other technologies to hull performance evaluation and optimization, conceptual design, detailed design, drawing review, production design, final assembly and construction, etc., integrating sensors, advanced materials, communications and other technologies, Make ships and marine equipment have the ability to perceive, evaluate and analyze, make decisions, and learn and grow. Promote the integration of industrial Internet-5G, virtual reality design and other modern information technologies with advanced ship manufacturing technologies, and break through the shortcomings of key manufacturing processes and equipment. Develop green building and ship repair technologies such as green processing, green welding, and green painting.
Polar equipment technology
Research on polar environment, basic technology of polar ships, development of medium and high ice-class ship types, high-power propulsion, low temperature resistant materials and equipment, design of cold protection systems and other key technologies. Core basic common technology. Focus on strengthening the hydrodynamic performance prediction and optimization technology of mainstream ship types in actual sea conditions, improving structural safety technology and comfort technology.

The Taihu Laboratory of Deep Sea Technology Science will aim at the six major fields of "deep sea, polar region, green, intelligent, autonomous and controllable", strengthen key core technology research, and help Jiangsu Province's "14th Five-Year Plan" ship and marine engineering with high-level scientific and technological self-reliance and self-reliance The development of the equipment industry will create a national scientific and technological innovation highland.