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High level architecture solar power plant

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Data Analytics and Data Acquisition at Solar Power plants.

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High level architecture solar power plant

  1. 1. “HIGH LEVEL ARCHITECTURE OF SOLAR POWER PLANT AUTOMATION” Case study of ‘ADANI SOLAR POWER PLANT 648 MW KAMUTHI ’ Prepaid by KHATRI MAYURKUMAR JESTHARAM BE (ELECTICAL) Bhuj (kuchchh) Gujarat MO.+919714076618 Email.khatrimayurj@gmail.com
  2. 2. Silicon plates (576 INVERTERS) Region-1 PV DC AC (648 MW) GENERATING ELECTRONS TRANSFORMER-154 Region-2 Firewall Database station HOD BUS TCP High Level Architecture Solar Power Plant 72 MW BLOCK #6 216 MW BLOCK #5 72 MW BLOCK #4 72 MW BLOCK #3 72 MW BLOCK #2 216 MW BLOCK #1 IN IN ININ IN IN 230 KV 110 KV 230 KV 110 KV 110 KV ENERGY DISTRI- BUTION RURAL/ INDUS- TRIES Local grid substation s Solar plates cleaning Remotely manageable and controlling Every evening scheduled job by AI Robot which is state of the Art by ECOPPIA. Local plant SCADA (5+operations) Load dispatch center Local plant controller (HPC) O Switchgear Substation Inverter ring (F0) Internet Redundant scada controller Remote monitoring owner operation INVERTER #1 INVERTER #2 INVERTER #n Hardware Ios Silicon plates Grid Silicon plates Silicon plates Silicon plates Grid Grid Grid Energy Meter Transformer Hardware Ios -Data Acquisition -Data validation -Customization -Alarm &alerting severity Power balance (Generation,Net export,Aux.) -Automaton -controlling -Testing -Monitoring 25 MW 50 MW, 500 KV 1MW ex. Increase load ,Reduce load According to grid demand
  3. 3. Challenges  Validation of supervisory and Data Acquision system, relay, protection relays and Inverter.  Cleaning dust on plates (Resolution-AI-State of the art Robot).  Automation, monitoring, Validation and alerting for various severities (Resolution customized SCADA).  Transfer overheating due to fan cut-down.  Power Backflow (power back)-Grid power warehouse.  Cloud in specific region of solar plates - fluctuation.  Solar eclipse-power generation fluctuation - grid unbalance.

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