Data Analytics and Data Acquisition at Solar Power plants.

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. 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. 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.