HVDC control interaction studies to investigate potential interaction of HVDC with network and other devices connected to the network.
Sub Synchronous Tortional Interaction to investigate potential interaction of PE based device with Synchronous generators.
Wide range of HVDC studies including Dynamic Performance Studies (DPS) evaluate performance of HVDC and other PE based devices such as FACTS solar and Windfarms
Grid Code Compliance
Insulation coordination.
Transient Recovery Voltage (TRV)
Temporary overvoltage studies (TOV)
Energisation studies.
EMT studies
Network Topology
Grid Integration and Interoperability
Integrating DC networks with existing AC grids
Multiterminal DC networks
Modelling of power system networks
Modelling of power electronics-based devices such as HVDC, FACTS, Wind turbines and Windfarms
Validation of vendor provided models.to make informed decisions about your marketing strategy.
Power flow.
Short circuit.
Dynamic studies.
Transient stability analysis.
EMT studies
HVDC and FACTS device
Wind turbines and windfarms
Solar power plants
Battery storages
Conducting research on control system of HVDC &FACTS and wind turbines
Innovative solutions on AC & DC network
Developing standards and technical specifications for power electronics applications in power systems
HVDC studies and innovative methodologies
Providing technical specifications
Supporting technical discussion between manufacturers and customers
Supporting commissioning and troubleshooting the issue
Reviewing technical documents and study reports such as insulation coordination, DPS, HVDC control interaction , SSTI, screening studies, EMT studies
Providing tendering documents