SolarVision™ SCADA Plant Monitoring System

Supervisory Control and Data Acquisition (SCADA)

Designed
For Operations Visibility

Highly
Scalable

Distributed Architecture

Solar Park Central Monitoring System

Introducing Trinity Touch’s SolarVision™ SCADA is a reliable efficent and secured way for monitoring of utility scale solar power plants powered by latest IOT based hardware . It is essential to have a low cost SCADA to ensure real time performance monitoring , quick fault recognation and user defined control options to enhance the plant performance and maximum yield of PV power plant. The SolarVision™ SCADA provides flexibility in monitoring , controlling and analysing performance of various PV power plant components including trackers, inverters,energy meters and Weather equipments

Solar Vision™ is an efficient and cost effective tool designed for the monitoring of the performance resulting in lower downtime increasing the Plant’s overall profitability. Solar Vision™ is developed on the strong and proven Industry Software Platform which provide the flexibility to communicate with the Field controllers via OPC. The software in the control center with all the necessary Data via a TCP/IP network. In this way plant data is available for long term analysis over the service life of the PV Plant. Client access of the data of the SQL Server database insuring no data loss if there is a communication loss between remote clients. Graphical Interface of Solar Vision™ satisfy the requirement of Investors / Operator / Service Engineer.

Solar Vision™ system detects and logs any problem and triggers alarms so that the Operations team can fix or change components or fine-tune the process of plant operation. The system monitors the performance by means of a sophisticated mathematical model initialized once at installation time with some plant design data: PV panels peak power, inverters, manufacturer-provided electric parameters, number of strings, strings length, etc. The model is then continuously fed with local weather data and calculates in real-time what would be the correct energy production at 100% of plant capacity

						Highlights of Solar Vision™  SCADA
						
					Complex data analysis & report generation through State of Art Software.				

					Complied to IEC 61724 Photovoltaic System Performance Monitoring.				

					Highly scalable and distributed architecture.				

					Remote access by web navigator or web server.				

					Server redundancy to access multiple clients.				

					Email and SMS alert’s. 				

					Vendor Independent monitoring with support to Open Protocols.				

					SLDC connectivity over IEC-60870-101/104. 				

					Support to substation SCADA Integration on IEC61850 Protocols				

					Supports Centralized Monitoring with multiple options for data transfer.

Plant at a glance

Solar Vision™ visualizes entire plant, blocks, inverter’s & string monitoring boxes on DC Side and Energy meters, Transformers and breakers at AC side including the associated detail information:

The plant view shows the block wise separation with overviews of blocks. Trends and alarms for the plant.
The block view shows the SMB, Inverter and LT panel details.
Energy and power measurements and power quality analysis from power meters.
In the static screen important parameter are displayed e.g. Energy generation, PR, Meteorological data .
SLD provides real time data display and a high-level overview of the system with key plant performance indicators including daily power generation, instantaneous generation, tracker status, irradiance and expected generation etc.
The detail information of devices are displayed in a form
of Pop-UP’s
Independent pages for Trends, Alarms, Events logging.

Solar Vision™provides the plant & block analysis for important meteorological data vs plant and block performance

Irradiance / Generation
Temp / Generation
Simulated / Actual
PR / Generation
Real-time / Historical data
A graphical comparative analysis and individual string alarms make it easy to identify low string performance or degradation issues

Addition to this user can trend as many points as desired with zoom function and further analyze the data over any user-defined time period

Solar Vision™ provides advanced optional features to meet the need of modern day transmission and distribution

Advanced optional features

1.Closed-loop control of active and reactive power
2.Hybrid Power management system
3. SLDC Connectivity with IEC 60870-1-101/104 Protocols
4. Data transfer on FTP to remote servers

Hardware

Our powerful PLC based RTU from Phoenix Contact collects and monitors data from different equipment’s such as inverters, SMB, relay cards, energy meters, weather stations etc. installed in main sub system and Inverter Sub system of the Solar power plant.

Features at Glance

Modular Architecture.
Rugged PLC based data collectors.
Flexible and Easy Programming tool complied to IEC 61131.
Built in data logging facility in PLC with Support up to 2 GB External SD Card.
Web enabled CPU.
Redundant network connectivity.
Built in Advanced Solar Library.
Support for FTP.
In built facility for SMS & E-mail alerts.
Easy Spare availability.

Overview of the Controllers

Best in communication

Modbus TCP/Serial
OPC DA/UA
IEC 61850
IEC 60870-5-104
Profinet
GPRS *
FTP
http
SNTP
SMTP
SNMP
SQL

ILC 131 ETH

The ILC 131 ETH modular small-scale controller for the Inline I/O system is at the heart of Easy Automation. The ILC 1X1 series is characterized by its support for the Modbus/TCP and PROFINET Ethernet-based protocols. A new feature is the support for an optional SD card.

Interfaces:Ethernet (10/100),Inline,RS-232 (MiniDIN)
Processing speed < 1,7 ms/1k instructions
Programm memory 192 kByte
Data memory 192 kByte
Remanent data memory min. 8 kByte
Internal parameterization memory with file-system (4 MByte)
No remote bus switch (max. 63 local participants)
Onboard I/O (8/4)

ILC 151 ETH

The ILC 151 ETH modular small-scale controller for the Inline I/O system is at the heart of Easy Automation. The ILC 1X1 series is characterized by its support for the Modbus/TCP and PROFINET Ethernet-based protocols. A new feature is the support for an optional SD card.

Interfaces: Ethernet (10/100), Inline, RS-232 (MiniDIN)
Processing speed < 1,5 ms/1k instructions, Inline, RS-232 (MiniDIN)
Programm memory 256 kByte
Data memory 256 kByte
Remanent data memory min. 8 kByte
Internal parameterization memory with file-system (4 MByte)
Onboard I/O (8/4)

ILC 151 ETH GSM/GPRS

The ILC 151 GSM/GPRS modular small-scale controller for the Inline I/O system is at the heart of Easy Automation. The new ILC 1X1 series is characterized by its support for Ethernet-based protocols such as Modbus/TCP. A new feature is the support for an optional SD card. This controller combines the options of class 100 controllers with wireless communication via mobile communication networks. A GSM/GPRS modem is integrated in the controller.

Interfaces: Ethernet (10/100), Inline
Processing speed < 1,5 ms/1k instructions
Programm memory 512 kByte
Data memory 512 kByte
Remanent data memory min. 48 kByte
Internal parameterization memory with file-system (4 MByte)
Onboard I/O (16/4)
Integrated GSM/GPRS-modem

ILC 350 PN

With the ILC 350 PN, the highly modular Inline Controller range from Phoenix Contact has been extended to include a high-performance PROFINET controller. This controller can be used to extend the field of application of Inline Controllers through to medium-sized applications. With direct integration in the Inline automation system, the compact controller is highly modular and can be adapted to the relevant application requirements. Its integrated PROFINET interface enables parameterization and programming using PC WorX automation software according to IEC 61131, and it can also exchange data with OPC servers simultaneously and communicate with TCP/IP-compatible devices.

Interfaces: Ethernet (10/100), Inline
PROFINET Controller/ Device
0.7 ms/ 0.5 ms for 1k instructions
0,75 MByte/ 1 MByte RAM for programming (> 63.000/ >85.000 instructions)
1,5 MByte/ 2MByte RAM for data
64 kByte NVRAM for remanent data
Exchangeable flash memory (for projects or own data)
Directly integrated inputs/outputs 12 I / 4 O
IEC 61131-3 and -5 via PC WORX

Client List for SCADA

EPC: TATA POWER SOLAR END CUSTOMER & CAPACITY: TATA POWER SOLAR(250MW), RATTAN INDIA(50MW), ADITYA BIRLA GROUP(28MW), BHARAT ELECTRONICS LTD(16MW)	EPC: STERLING & WILSON END CUSTOMER: JBM GROUP CAPACITY: 100MW	EPC: VIKRAM SOLAR END CUSTOMER: ISRO CAPACITY: 3MW	EPC:RENEW POWER END CUSTOMER: TOYOTA MOTERS CAPACITY: 5MW
EPC: SIEMENS GAMESA END CUSTOMER: AVAADA GROUP CAPACITY: 60MW	EPC: SIEMENS GAMESA END CUSTOMER: NTPC CAPACITY: 2MW	EPC: VIKRAM SOLAR END CUSTOMER: ISRO CAPACITY: 3MW	EPC: PREMIER SOLAR END CUSTOMER: BPCL CAPACITY: 2MW
EPC: SWELECT END CUSTOMER: IOCL BARAUNI & PARADEIP CAPACITY: 4MW	EPC: BOSCH END CUSTOMER: HONDA MOTORS CAPACITY: 10MW	EPC:RENEW POWER END CUSTOMER: TOYOTA MOTERS CAPACITY: 5MW	EPC: BOSCH END CUSTOMER: HONDA MOTORS CAPACITY: 10MW
EPC: GREENKO END CUSTOMER: GREENKO CAPACITY: 45MW	EPC: PREMIER SOLAR END CUSTOMER: BPCL CAPACITY: 2MW	EPC: KELTRON END CUSTOMER: KERLA STATE ELECTRICITY BOARD CAPACITY: 5MW	EPC: STERLING & WILSON END CUSTOMER:SP Infra CAPACITY: 95MW
EPC:ENRICH SOLAR END CUSTOMER: ENRICH SOLAR CAPACITY: 100MW	EPC:UJAAS SOLAR END CUSTOMER: UJAAS SOLAR CAPACITY: 25MW	EPC: STERLING & WILSON END CUSTOMER: JBM Group CAPACITY: 100MW	EPC: SIEMENS GAMESA END CUSTOMER: AVAADA GROUP CAPACITY: 60MW
EPC: SWELECT END CUSTOMER: IOCL BARAUNI & PARADEIP CAPACITY: 4MW	EPC: TATA POWER SOLAR END CUSTOMER: RATTAN INDIA CAPACITY: 50MW	EPC:TATA POWER SOLAR END CUSTOMER: BHARAT ELECTRONICS LTD CAPACITY: 16MW	EPC: KELTRON END CUSTOMER: KERLA STATE ELECTRICITY BOARD CAPACITY: 5MW