Utility
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ISO27001-COMPLIANT SCADA SOLUTION
PPC (Power Plant Controller) complied CEA/POSOCO Guidelines.
- Closed & Open loop (P)Active power
- Closed & Open loop (Q) Reactive power
- Q(u) Reactive power management for voltage control
- Power Factor(cosθ) Control
- Frequency Control
ISO 27001 Compliance - iPLON in a way to compline Standard certification for information security management systems which ensures Solar Power Plant's critical data and control systems protection against potential security threats and vulnerabilities.
I-IOT OBSERVABILTIY SCADA
iPLON is motivated to bring down the best in class IoT and Cloud technologies into renewable energy sector especially solar PV domain. Using the cutting edge technologies widely used in IoT and Cloud industris, iPLON developed i-IoT Observability SCADA System for effective Operation and Maintanance of bigger utility plants. iPLON’s IoT Observability SCADA system is developed to handle AI/ML future technologies considering speed and resource availability. IPLON developed system by keeping the latest cyber security standards and software life cycle management with devops practice.
IOT (I_OBSERVABILITY) SCADA
*Advanced Data Aggregation Tools & Open-Source Platform (Based on Linux/ Industry 4.0)-DEVOPS.
*Predictive & Prescriptive Analysis tools.
*Quick Access to Historical Data & Easy to Observe.
*End to End Encrypted- Cyber Security Intelligence.
*Time series Data Base stores the 1 sec, 5 sec & 60 sec data and visualized using time series analytical tool.
*Comparison of Generation data and Forecasting data 15min data with third API integration.
- ISO 62443 Compliance
- IEC 61850 - iPLON IEC 61850 system utilizes the MMS TCP/IP communication protocol specifically designed for substation automation which facilitating seamless integration and interoperability.
- IEC 60870-5-104 focuses on the transmission of data between remote terminal units (RTUs) and control centers, enabling the monitoring and control of devices such as substations, power generation units, and other components of the power grid.
- OPCUA-iPLON integrated OPC-UA Communication protocol to its Embedded & Cloud computing system as part of data exchange to Solar Power Plant Station to Clients Centralized HQ Monitoring and Control Station.
- MQTT - Publish/Subscribe Model: MQTT follows a publish/subscribe messaging pattern. This decoupled model allows for efficient and scalable communication between multiple devices.
EXTERNAL DATA TRANSFER
- Generation Forecasting
- SLDC (Telemetery)
- ISO 27001 Cyber security Practice for Power plant operation
PLANT QUICK RESTART
- VCB Trip
- Graceful IoT System Upgrade (NUC – Embedded Server)
- Diagnosis & Automatic Start
INVERTER GENERATION PATTERN
- Profiling of Inverter Rooms (Property & Behaviour of each Inverter Room)
- Inverter Health Checks (IGBT based Scheduling Algorithm for INV Cooling FAN ON-OFF)
- Increase Device Availability ( SMU, EM, Inverter)
- ML / AI based Modelling for Inverter fault prediction (Earth Fault detection techniques)
DC SIDE ENERGY MONITORING
- DC/DC Calibrations
- Comparisons of WS
- Panel Cleaning Sensors and Cleaning Schedule Algorithms
Roadmap
- Inauguration of Iyyermalai 4.0 System
- Training for TATA
- KA & AP Team
- North India Team
- HQ / CCRA Team
Cyber Security - IEC 62443 & IEC 62351
IEC 62443 provides guidelines and best practices to ensure the resilience, integrity, and availability of industrial systems, protecting them from unauthorized access, manipulation, or disruption.
Reliable and Robust Products - Rigorous testing and continuous evaluations to meet the industrial security Standards.
Seamless integration with your existing infrastructure, minimizing downtime and maximizing efficiency.
IEC 62443 compliant solutions, combined with our ISO 27001 certification, provide the highest level of protection for your critical infrastructure.
Security compliances Measures includes:
- Network segmentation
- Access control
- Encryption
- Intrusion detection and prevention
- Secure remote access
- Regular vulnerability assessments
- Restricted Data Flow
- Timely Response to Events
OPC-UA (Industry 4.0 Communication)
- iPLON integrated OPC-UA Communication protocol to its Embedded & Cloud computing system as part of data exchange to Solar Power Plant Station to Clients Centralized HQ Monitoring and Control Station.
- Integrating OPC UA and time-series databases, ensuring a smooth and reliable solution tailored to specific requirements.
- Client-Server Architecture: OPC UA follows a client-server model, where server exposes its data and functionality through a well-defined information model, and the client can browse, read, write, and subscribe to data or perform other operations as needed.
- secure Communication: OPC UA incorporates robust security mechanisms by secure certificate-based authentication and encryption of data at transport level.
- Rich Functionality: It supports historical data access, alarms and events, complex data types, method calls, and more.
- Scalability and Performance: OPC UA is scalable and can handle large amounts of data and a high number of connected devices. It supports efficient data compression and optimized communication mechanisms, allowing for efficient utilization of network bandwidth and minimizing latency.
MQTT
- Publish/Subscribe Model: MQTT follows a publish/subscribe messaging pattern. This decoupled model allows for efficient and scalable communication between multiple devices.
- Quality of Service (QoS): The QoS levels range from QoS 0 (at most once) to QoS 2 (exactly once). The level of QoS can be chosen based on the desired reliability.
- Security: MQTT provides security in Transport Layer Security (TLS1.3) encryption for secure communication over the network. Also allows for client authentication and authorization using digital certificates.
- Persistent Sessions and Retained Messages: MQTT supports persistent sessions, which allow clients to maintain their subscriptions and receive messages even if they temporarily disconnect from the network.
iPLON Grid Stability Solution & Services
- At certain times, more energy must be added to avoid causing an energy deficit and such stage control technologies will play major role to maintain the stability & reliability of electrical grids.
- iPLON iGOT_PPC Solution will be customized to understand complex Electrical grid that require a delicate balance between power generation & consumption to ensure a steady and uninterrupted electrical supply.
iPLON iGOT_POWER PLANT CONTROLLER
- Grid Code (CEA) Compliant for Grid Stability- Active & Reactive Power Feed-IN Control for Frequency & Voltage Stability Respectively.
- Compatible for all suggested control Modes as per POSOCO / CEA Guidelines.
- The Controller facilitates the integration of the power plant with the grid, enabling seamless power exchange, synchronization and co-ordination with grid frequency and voltage.
Master & Slave PPC
- At, present the set points from PPCs programmed to delivered 100ms, 500ms & 750ms to inverter depending on the flexibility to regulation and Power Plant Condition for better performance of control system.
- The faster response time will be achieved by optimizing the Number of Inverter and Data points required for the control algorithm which will run distributed in nature across the plant network architecture.
iPLON CMS for Solar Power Plant
Central Monitoring System
CMS – Motivation
- Centralized Platform for monitoring of decentralized Solar Plant SCADA).
- Centralized Monitoring System (CMS) with SCADA integration provides a comprehensive solution that empowers user to monitor, control, and optimize the solar power plant's performance, ensuring maximum energy production and operational efficiency.
- Irrespective of the interference with Local site team, the HQ team can visualize all the solar power plant's performance data through interactive dashboards, charts and graphs.
- Seamlessly integrate the CMS with existing SCADA system for enhanced monitoring and control capabilities.
- Utilize SCADA's robust features, including data acquisition, process visualization, and advanced control algorithms, to optimize the performance of the solar power plant, thereby proceed for market analysis.
- CMS with SCADA integration enables remote control and operation of the solar power plant and can adjust operational parameters, initiate shutdowns or startups, and troubleshoot issues remotely, minimizing on-site visits and optimizing maintenance workflows.
iPLON CMS - Features
- CMS based central System in the HQ, that shows all required data available on local SCADA.
- Real-time data should refresh on CMS in not more than 1 minutes.
- Data Restore & ensure “Zero data Loss”.
- Ensure the Quality & Quantity of Data available.
- Multiple client’s license accessibility.
- Following ISO 27001 and giving Certification for IEC 62443 compliance.
- CMS System Store Data availability for more that 10 years in both active/ Archived states as per Customer specification.
- Irrespective of interfaces iPLON System Fetches data through all the interfaces like OPCDA/UA, API, FTP,HTTPS,MQQT as per the availability at site.
- Plant wise analytical Screen for plant performance analysis wit Customer customization.
- Automatic Email delivery of Daily Generation Report.
- Data forecasting fro the demand parameters.
- Automatic alerting with for the CMS System with dependencies on Customer level, Plant Level, device level and generation parameters with frequency check, Mail quota and escalation matrix.
- Delivered ‘Variance Analysis’ dashboard for Performance analysis, Generation comparison with respect to the Plant capacity.
- Heat map functionalities for predicting device healthiness, performance etc.
CMS System Connectivity
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