Project Registration and Identifing The Project

Project Activities

1. Studying the inertia in power systems and deriving the requirements and conditions of virtual inertia for grid tied Solar PV Inverters 

2. Comparing and contrasting different Virtual Inertia schemes 

3. Simulating the performance of Virtual Inertia schemes in a suitable simulation platform 

4. Implementing the selected Virtual Inertia schemes in a hardware setup and verifying the performance 

5. Reporting the work and publishing the results 

Project Deliverables

1. Literature Review of inertia in power systems 

2. Requirements and conditions of virtual inertia for grid tied PV inverters 

3. Simulations of different virtual inertia schemes according to power ratings. 

4. Performance verified Hardware setup. 

5. A research paper of virtual inertia schemes. 

Project Gantt Chart

Study Inertia in Power Systems and Find Requirements for Virtual Inertia in Solar PV Inverters

Power system inertia refers to the ability of synchronous machines to resist frequency deviations during power imbalances by releasing or absorbing kinetic energy. With the integration of Solar PV systems, which lack rotational inertia, grid stability becomes a challenge.

Requirements for Virtual Inertia:

- Fast response: Emulate inertial behavior during disturbances.
- Scalability: Ensure adaptability for various grid conditions.
- Control complexity: Balance between performance and implementation.
- Power quality: Avoid introducing harmonics or oscillations.

Youtube Refferences

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