Introduction of R&D Center

The R&D Center is the core driving force and gathering talent highland in the field of technology and innovation under Ou Yang Offshore Group Co., Ltd. The team of R&D center is composed of a group of youths full of vitality and pioneering spirit. All team members are professional and technical engineers with bachelor’s degrees or above, and some of them hold doctor’s degrees or master’s degrees. The team covers whole disciplines of offshore equipment and ship R & D, and owns the technical capability to independently design and develop offshore equipment and ship products. The business scope of the team involves the market study, R & D and technical services of offshore engineering and shipbuilding industry, winning the unanimous recognition and praise of the whole industry with professional technical ability and efficient business level.

The R&D Center is guided by ‘innovation-driven development, technology-empowered value’, committing to providing technical support and solutions in the field of ship and offshore engineering. The team strives to continuously enhance the brand value of "Ou Yang Offshore ", and contributes to the realization of major strategic goals of "building a marine power" and "3060 dual carbon goal" for the country.

Innovation-driven development, technology-empowered value

Technical support to engineering and operation

Research and develop of new equipment and new technology

Technical services and design business of ship and offshore

Research, develop and application of digitalization

Ship design and technical services

Conceptual design

Design demand demonstration
Principal dimension verification
CFD analysis
General arrangement research

Basic design

Shipyard bidding
Shipbuilding specification preparation
Cost estimation
Design clarification
Vender and equipment selection
Design drawings verification

Detailed design

General performance and stability calculation
Structure design and Finite Element Analysis (FEA)
Machinery and piping system design
Outfitting and accommodation design.

Technical consulting

With strong computational analysis and engineering application capabilities, we provide a full range of technical services for the R&D, design and application of ship and offshore engineering.

Ship Products Series

2018

Ou Yang Offshore Engineering was established

It launched a self-propelled jack-up multi-purpose operation platform

2019

Independent R&D and design

The delivery for the first generation of the 500-ton jack-up wind power installation platform

The construction for the second generation of 600-ton jack-up wind power installation platform

2020

Independent R&D and design

The delivery for the second generation of 600-ton jack-up wind power installation platform

The construction for the third generation of 600-ton plus jack-up wind power installation platform

2021

Independent R&D and design

The delivery for the first generation of deep-sea multi-purpose transportation vessel

The construction for the fourth generation of OY-SEU800 series jack-up wind power installation platform

2022

Independent R&D and design

The delivery for the fourth generation of OY-SEU800 series jack-up wind power installation platform

The fifth generation of OY-SEU5000 series 22MW wind turbine installation platform is under development

2023

The sixth generation of OY-SEU8000 series 28MW wind turbine installation platform is under development

The OY- SEU2000 series jack-up multi-purpose platform is under development

R&D capability

Platform whole-ship design and safety analysis

Whole-ship finite element analysis

Spud cans stress concentration optimization

Crane pedestal design and optimization

Spudcan penetration and pulling capability analysis

Mooring calculation and hydrodynamic analysis

Dynamic mooring analysis

Ship’s rapid and seakeeping performance basin test

side-by-side mooring analysis

Hydrodynamic response analysis

3D dynamic simulation

Intelligent digital model

3D design

Product visualization

Function intelligence

Software development

01.Self-developed software for foundation bearing capacity

Iterative algorithm method based on Ou Yang database

Functional attribute

Comparison of soil survey information
Stratigraphic distribution fitting
Offshore wind farm information storage
Foundation bearing capacity calculation

02.Self-developed R&D management system software

Customized management for project R&D process
Integrated management of Hull, machinery and electrical design
Management of drawings including multiple edition for interior, shipyard and Class approval.

Featured functional attributes

Automatic assignment of working tasks and statistics of working hours
Real-time update of drawing status and overdue warning;
Quick search and easy opening of drawings to avoid multi-level folder search;
Automatic report generation for the design project progress.

Digitalization Application

Equipment management

Integrated management platform for key equipment on board; Hierarchical Management of Equipment Failure

System operation and maintenance

Real-time reminder of operation and maintenance plan; real-time recording of operation and maintenance work orders

Remote diagnosis

VPN Network Based on Satellite Communication; Secure and Reliable Network Communication Scheme

Intellectual Property Achievements

1.A new type of latch plugging and unplugging equipment for hydraulic jacking system

2.A new type of telescopic climbing ladder

3.A new type of hose winch and platform design

4.A type of non-submerged sea water pump lifting system applied to jack-up platform

5.A type of pile leg guide device applied to hydraulic jacking system

6.A type of wedge-shaped drag reduction device for ship moon pool

7.A type of position limiting device for anchor rack and anchor rope of positioning anchor,

8.A type of steel wire rope through-cabin sealing device

9.A invention patent of hull line applicable to self-propelled wind turbine installation vessels

10.A type of roller device for lifting bow anchor

11.A key-type detachable rail

12.A type of configuration and method for quick anchor lifting and dropping

13.A type of circulating seawater cooling system with automatic adjustment function

14.A type of ship’s bow structure

15.A type of wind turbine hub receiving tooling structure

16.A double fulcrum type boom shelf support structure and design method

17.A type of medium voltage power system applied to self-propelled wind turbine installation platform

18.A type of automatic opening and closing valve and method for leg’s high-pressure jetting applied to self-elevating offshore platform

Whole-ship finite element analysis

Spud cans stress concentration optimization

Crane pedestal design and optimization

Spudcan penetration and pulling capability analysis

Dynamic mooring analysis

Ship’s rapid and seakeeping performance basin test

side-by-side mooring analysis