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Power Systems Modelling
Power systems modelling is the representation of power systems or electrical networks in a simulation model reflecting their behavior in the real world under different operating conditions - typically performed using specialised power systems modelling software.
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What is Power Systems Modelling?
In the modern power grid, power electronics equipment plays a crucial role in ensuring efficient and reliable power conversion and transmission. However, the complexity of these devices can make it challenging to predict their behaviour and impact on the power system, especially in remote areas where the power system is often the weakest.
In this case, power systems modelling of power electronics equipment can be effectively utilised in power system studies to understand the impact of power electronic installations on the grid.
Our specialist team uses industry-leading software and cutting-edge techniques to develop detailed models that accurately represent your power electronics equipment. With our modelling services, you can identify potential issues, improve system performance, and ensure compliance with grid codes and regulations. Contact us to learn more about our power electronics equipment modelling services today.
By using power systems modelling of power electronics equipment, a deeper understanding of how power electronic devices will interact with the power grid can be gained, potential disturbances to the grid can be identified, and allocation of power for the system can be optimised to ensure maximum efficiency and reliability. Some examples of its utilisation include:
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Design of new power systems
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Analysis of system stability and reliability
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Optimisation of system operation
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Assessment of the impact of new technologies and equipment on the system
When is Power Systems Modelling required?
Typical applications include:
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Large power medium voltage variable drives systems for grinding mills, fans, conveyors and
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pumps
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Multi-level, three level or five level topology drives with and without regeneration
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capabilities
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PV inverters and other grid connected inverters
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Synchronous generators and excitation systems
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Hydrogen electrolysers, cyclo-converter load commutated converters etc.
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Power systems modelling of power electronics in accordance with AEMO and Western
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Power requirements
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Simulation of RMS and EMT (Electro Magnetic Transient) modelling using digSILENT PowerFactory and PSCAD
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Power system models compiled as DLL files for easy integration into existing power system
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Steady state and dynamic models
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Modelling performed by Engineers who have decades of real-world hands-on experience
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with designing, commissioning, and troubleshooting of power electronics converters
What we offer?
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