Book A Demo
In just a few minutes you’ll learn why so many businesses of all sizes have come to depend on our System Analysis.
Book A Demo
In just a few minutes you’ll learn why so many businesses of all sizes have come to depend on our System Analysis.
Top Ways That Agito Helps
You Get Ahead
See Real Results
We carry out extensive simulation-based experiments to identify potential design problems early, when the cost to change is small.
Manage Your Development Costs
Shorten development time by using models to quickly test the effects of various design changes.
Maximize your investment
Are you looking to identify the cause of operational problems in your system? We can help you gain a detailed understanding of the system behaviour.
Flexible & Scalable
Save costs by using virtual prototypes instead of building physical prototypes.
What We Do
Hydraulic System Simulation
Agito Technical Dynamics can provide you with a hydraulic analysis of your project. We utilize computer based software allowing experienced engineers to interpret the effects and calculate the capacities of your system.
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Electrical System Simulation
Agito Technical Dynamics has the expertise and facilities for undertaking detailed electrical analysis. We utilize computer based software allowing experienced engineers to interpret the effects and calculate the capacities of your system.
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Mechanical System Simulation
Agito Technical Dynamics can provide you with a mechancial analysis of your project. We utilize computer based software allowing experienced engineers to interpret the effects and calculate the capacities of your system.
Learn moreHow We Can Help
Agito Technical Dynamics can provide you with a hydraulic, electrical and/or mechanical analysis of your project. We utilize SimulationX to calculate and real-time virtual testing of systems for oil & gas production control.
We helped a number of companies, such as OneSubsea, Intecsea and Shell to identify potential design problems early, when the cost for change is low, resulting in the reduction of design iterations.
The software SimulationX, developed by ESI in Germany, is the trend-setter in physical system simulation. SimulationX meets the specific needs of the offshore/subsea industry. It is the only universal CAE tool with subsea specific libraries. The libraries, which are developed by Agito and ESI have ready to use subsea components, such as; umbilical’s, subsea control modules, electrical power units, electrical junction boxes, transformer, subsea valves, deep-water accumulator, subsea compensators and ROV stabs.
Common Challenges We Solve
Offer immediate well diagnostics
Real time performance insights
Help you identify the cause of operational problems in your system
Verify your system capacity to meet your requirements
Provide insight into areas that need more attention to improve performance
Optimise your system before you build it
Not sure which services you need? We can help!
Contact Us
Get Started
We’re an expert in control systems and dynamic simulation for the Subsea Oil & Gas industry. We have performed many analyses in the Subsea Sector for our clients which has allowed us to help them boost their performance and achieve the right results for their business faster.
We’ve Got You Covered
We have decades of experience with modeling and simulation of hydraulic, electrical and mechanical systems which allows us to safely de-risk and validate your dynamic systems.
Why Implement Our System Simulation Services Now?
Let Us Answer With The Following Questions…
What type of systems can be modelled?
Our clients Oil and Gas Systems have included:
- Subsea Control Systems, Hydraulic and Electrical (Power and Comms)
- BOP and Work-Over Control Systems
- High Integrity Pressure Protection Systems (HIPS)
- Subsea Chemical Distribution
- Well Intervention (WI) Equipment
- Brown Field Assessments, Condition Monitoring
- Flow Capacity
- Fault Finding, Investigation
What kind of model can I build and simulate?
You can use the standard library of elements in the construction of your model. If there is not a standard element available then you can construct a new library element from the basic elements
How does it work?
By means of mathematical description/modelling of the system components SimulationX cupelling the elements and a virtual model of the system is built on the computer. And by operating the virtual system model one can display all dynamics of the system graphically.
Am I limited to just hydraulics or electrical systems?
Using SimulationX you can combine Hydraulics with Electrical, Mechanical and other libraries. This allows you to model a multi-physics system.
What input data is required for the modelling?
Component supplier data sheet information is normally sufficient as input data to the modelling.
Can we trust the results from the simulations?
Results from simulations have been benchmarked against test results and proven high degree of accuracy. The Subsea Hydraulic Library has been independently verified.
Agito has made it easy for us to identify potential design problems early when the cost to change is low. The hydraulic analysis review highlighted gaps. We were aware of these gaps, however, the evaluation was useful to put them into context.
The hydraulic analysis review highlighted gaps. We were aware of these gaps, however, the evaluation was useful to put them into context. Yes, the service was great- it was great to be able to have an independent person provide the evaluation report.
Agito has supported us identifying the effect of hydraulic fluid properties on subsea system response. This has allowed us to optimise our products characteristics to ensure good performance in our clients systems.
SUBSEA
- Hydraulic
- Controls
- Communication
- Well intervention
- Sensoring & Monitoring
- Subsea Production Control Systems
- IWOCS Control Systems
- Load Handing Deployment
- Drilling Systems
- Riser Tension Systems
SERVICES
- Renewable Engergy
- BOP Control Systems
- Well Intervention Tasks
- Subsea Vales and Tools
- Electrical Power and Communication
- Chemical Distribution
- Drilling Systems
- Riser Tension Systems
