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Reactive Power Compensation Study for 250 MW PV Solar Plant is a live course commencing from 5th august 7 PM IST on Friday, Saturday and Sunday
→ Why reactive Power Compensation studies for Large Scale Solar Power Plants
→ Various Country Grid code Reactive Power Requirements (pf, Q/P, Q/Prated, Q/Pmax)
→ Reactive Power Requirements at various Voltages
→ Input Requirements
→ Grid, Transformer, Reactive Power Compensation device, Cable
→ Inverter Capability Curve for various Temperature & Voltages
→ modelling - Guidelines and Standards - Power Purchase Agreements
→ Modelling in ETAP
→ Modelling in Digsilent Power factory
→ Case study
→ Impact of Transformer No Load loss
→ Case Study
→ Three winding transformer load losses
→ Optimisation of Transformer Impedance
→ Optimisation of Transformer OLTC Range
→ Optimisation of Reactive Power Compensation Device vs Inverter Quantity
→ Modelling of Power Plant Controllers for Load flow studies
→ Real-time Case Study
→ Losses in MV Cables
→ Losses in LV Cables
→ Losses in Transformers
→ Losses in Reactive Power Compensation Device
→ Impact of Transmission line / Cable on EHV
→ Night Q Mode of Solar Inverters
→ Real and Reactive Power Control of Solar Inverters
→ Central Inverters - String Inverters
→ How to optimise the Large-Scale Solar Plants
→ Different Configuration of Solar Plants
→ Merits & Demerits
For power system consulting please visit us at: www.powerprojectsindia.com