Transmission & Distribution Networks​

Technical Analysis Services

Transmission & Distribution Networks

Our Technical Analysis services cover a comprehensive range of analyses required to ensure the reliability, efficiency, and stability of transmission and distribution networks.

Our Solutions & Services:
Our expert engineers & consultants utilize the latest technical analysis software, such as DIgSILENT PowerFactory, PSSE, ETAP, EMTP, and PSCAD, to provide a comprehensive range of professional transmission and distribution networks studies, including and not limited to:
 
1. Load Flow Analysis:
– Performing detailed load flow studies to determine voltage levels, power flows, and losses across the network.
2. Short-Circuit Analysis:
– Conducting short circuit studies to assess fault currents and determine appropriate protective devices and settings.
3. Transient Stability Analysis:
– Assessing transient stability to ensure the system’s ability to remain stable after large disturbances, such as short circuits or generator outages.
4. Dynamic Stability Analysis:
– Analyzing the dynamic stability of the power networks under different operating conditions and disturbances.
5. Harmonic Analysis:
– Evaluating harmonic distortion in the network and recommending mitigation strategies.
6. Voltage Stability Analysis:
– Conduct voltage stability studies to identify potential voltage collapse points and develop mitigation measures.
7. Reliability Analysis & Risk Assessment:
– Performing reliability assessments to evaluate the performance and resilience of the transmission and distribution network.
8. Power Quality Analysis:
– Analyzing power quality issues such as voltage sags, swells, flickers, and interruptions, and recommending solutions.
9. Contingency Analysis:
– Performing contingency studies to evaluate the impact of various fault scenarios on network performance and stability.
10. Network Loss Analysis:
– Analyzing and optimizing network losses to improve efficiency and reduce operational costs.
11. Load Forecasting:
– Conducting short-term and long-term load forecasting to support network planning and investment decisions.
12. Cable Ampacity & Over Head Lines Capacity Studies:
– Analyzing and determining the current carrying capacity of cable networks and overhead lines to ensure safe and efficient operation.
13. Voltage Drop and Power Loss Analysis:
– Analyzing voltage drops and power losses across the network to identify and address inefficiencies.
14. Stability Enhancement Studies:
– Developing strategies and solutions to enhance system stability, including the integration of FACTS devices and HVDC systems.
15. Regulatory Compliance Analysis:
– Ensuring that network analysis and operations comply with relevant regulations, standards, and grid codes.

Further to this, we can offer a Range of Technical Analysis and Support Services for Specific and/or Unique applications.

We are a Team of Leaders, Expert Consultants, and Senior Researchers.

We Support Clients with our Knowledge and Experiences.

Technical Analysis Services

Power Generation & HV/LV/MV Substations

Power system studies are crucial for maintaining the safe, efficient, and reliable operation of electrical networks vital to business operations. By minimizing downtime and ensuring continuous power supply, these studies can save you both time and money.

Our Solutions & Services:
Our expert engineers & consultants utilize the latest steady-state and transient analysis software, such as DIgSILENT PowerFactory, PSSE, ETAP, EMTP, and PSCAD, to provide a comprehensive range of professional power system studies, including and not limited to:
 
1. Load Flow Analysis:
– Steady-state power flow analysis.
– Voltage stability analysis.
2. Short-Circuit Analysis:
– Fault current calculations.
– Protection coordination studies.
3. Transient Stability Analysis:
– Simulation of system dynamics during disturbances.
– Evaluation of system stability margins.
4. Dynamic Stability Analysis:
– Time-domain simulations of system behavior under transient conditions.
– Analysis of system response to disturbances.
5. Optimal Power Flow (OPF):
– Economic dispatch and generation scheduling.
– Voltage control and reactive power optimization.
6. Grid Connection Studies:
– Integration studies for renewable energy sources.
– Impact assessment for new generation or load connections.
7. Reliability and Risk Analysis:
– Reliability assessment using probabilistic methods.
– Risk analysis and reliability-centered maintenance studies.
8. Voltage Stability Analysis:
– Critical voltage level determination.
– Contingency analysis for voltage stability.
9. State Estimation:
– Implementation of state estimation algorithms.
– Validation and verification of measurement data.
10. Dynamic Model Development:
– Development of models for system components (generators, loads, etc.).
– Simulation of system dynamics using detailed models.
11. Fault Analysis and Clearing Time Studies:
– Analysis of fault clearing times and coordination.
– Evaluation of system response to faults.
12. DER (Distributed Energy Resources) Integration Studies:
– Impact assessment of DERs on grid stability and performance.
– Grid integration planning for DERs.
13. Renewable Energy Integration Studies:
– Impact studies for wind, solar, and other renewable sources.
– Grid stability and reliability analysis with renewable integration.
14. Dynamic and Steady-State Simulation:
– Simulation of both steady-state and dynamic conditions.
– Validation of system performance under various scenarios.

Further to this, we can offer a Range of Consultancy and Support Services for Specific and/or Unique applications.

We are a Team of Leaders, Expert Consultants, and Senior Researchers.

We Support Clients with our Knowledge and Experiences.

We are Teams of Expertise and Professionals

Our Departments

Grid Integration

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HV/MV/LV Power Converters

Power Networks

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