This green hydrogen plant helps the Steel plant to reduce its carbon emissions by about 2,700 metric tons per year.
The plant consists of
- 2.81 MWp capacity of solar PV system
- 369kWh/738kW capacity of DC BESS
- 4 numbers of DC-DC converter for 1.69 MW Electrolyzer load
- 125kW of PCS & 150kVA 0.48/0.433kV Aux transformer for Auxiliary loads
- Super capacitor
The objective is to validate the dynamic response and stability of proposed microgrid. Following studies are performed.
- Load flow studies
- Short circuit studies
- Transient studies
We have Performed multiple case scenarios to optimize/select critical aspects of the plant design, such as:
- Steady state power flow to ensure voltage drop, loading etc… are within the acceptable limit
- Short time rating of the equipment’s
- Ensuring the Protective Devices are taking timely action
- Ensuring the stability in transient state (Solar variation, Faults, Outage of Equipments)
- Ensuring reliable conversion in all scenarios
Congratulations to Selvakumar and Ajith G for bagging the project, And Congratulations to Dr.Ramesh and Suriya for the successful execution of the project.
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