Calculate Average Sensor Value - Wonderware-system-platform Typing CST Test

Primary Use Cases

• ▸Supervisory control and monitoring
• ▸HMI and SCADA visualization
• ▸Data historian and reporting
• ▸MES and production monitoring
• ▸IoT/IIoT integration with analytics and dashboards

Notable Features

• ▸Object-oriented template-based application development
• ▸Centralized management of HMI, alarms, and historian data
• ▸Scalable architecture for single-site or multi-site deployments
• ▸Integration with PLCs, databases, and enterprise systems
• ▸Support for redundancy, failover, and high availability

Origin & Creator

Wonderware System Platform was developed by Wonderware (now part of AVEVA) in the early 1990s as an advanced HMI/SCADA framework for industrial automation and process management.

Industrial Note

System Platform provides high-level abstraction for industrial applications, allowing standardized object templates, centralized configuration, and scalable deployment across multiple sites and operations.

Quick Explain

• ▸System Platform provides a unified environment for supervisory control, data acquisition, and industrial operations management.
• ▸Supports object-oriented templates for reusable HMI, process, and equipment models.
• ▸Enables real-time data visualization, alarming, and historian integration.
• ▸Integrates seamlessly with industrial devices, PLCs, and enterprise systems.
• ▸Widely used in manufacturing, energy, water/wastewater, and process industries.

Core Features

• ▸ArchestrA Galaxy - central configuration and deployment environment
• ▸InTouch HMI integration for visualization
• ▸Alarm management and event logging
• ▸Data historian for real-time and historical data storage
• ▸Scripting and workflow automation via built-in scripting tools

Learning Path

• ▸Learn InTouch HMI basics
• ▸Understand Galaxy and object templates
• ▸Build small applications with alarms and historian
• ▸Scale to multi-node and multi-site applications
• ▸Integrate MES and IoT devices for enterprise visibility

Practical Examples

• ▸Water treatment plant SCADA with real-time dashboards
• ▸Manufacturing line monitoring with alarms and historian logging
• ▸Energy plant process visualization and KPI reporting
• ▸Oil & gas pipeline monitoring with multi-site deployment
• ▸Smart factory integration with MES and IoT devices

Comparisons

• ▸System Platform vs InTouch HMI: Platform provides full SCADA/IoT capabilities, not just visualization
• ▸System Platform vs Ignition SCADA: Platform is AVEVA-centric with object-oriented templates
• ▸System Platform vs PLC programming: Focused on supervisory and operational management
• ▸System Platform vs FactoryTalk: Comparable enterprise SCADA/HMI solution
• ▸System Platform vs Custom dashboards: Provides integrated alarms, historian, and enterprise connectivity

Strengths

• ▸Scalable and flexible for diverse industrial applications
• ▸Object-oriented templates promote reuse and standardization
• ▸Centralized management reduces maintenance overhead
• ▸Strong integration with AVEVA and third-party systems
• ▸Supports both operational and enterprise-level visibility

Limitations

• ▸Primarily tied to AVEVA ecosystem; third-party support limited
• ▸Steep learning curve for new users
• ▸Licensing can be expensive for large deployments
• ▸Performance may depend on server infrastructure
• ▸Complex systems require careful architecture and planning

When NOT to Use

• ▸For small standalone machines without network connectivity
• ▸If only simple visualization is required
• ▸For low-budget projects without infrastructure for runtime nodes
• ▸When vendor-neutral open-source solutions are preferred
• ▸If advanced object templates or MES integration are unnecessary

Cheat Sheet

• ▸Galaxy - Central configuration environment
• ▸Object - Template for reusable assets/processes
• ▸Node - Runtime execution engine
• ▸ArchestrA IDE - Development interface
• ▸InTouch HMI - Visualization client

FAQ

• ▸Can System Platform run without InTouch HMI? -> Yes, but visualization requires InTouch.
• ▸Is it possible to deploy multi-site applications? -> Yes, with distributed nodes and Galaxy replication.
• ▸Does it support IoT integration? -> Yes, via MQTT, REST, and OPC UA.
• ▸Are scripts required for all objects? -> No, some templates can operate with default logic.
• ▸Can System Platform scale to thousands of tags? -> Yes, with proper node and server configuration.

30-Day Skill Plan

• ▸Week 1: InTouch visualization and basic scripting
• ▸Week 2: Object templates and inheritance
• ▸Week 3: Historian configuration and alarms
• ▸Week 4: Distributed node deployment
• ▸Week 5: MES, KPI dashboards, and IoT integration

Final Summary

• ▸Wonderware System Platform provides a unified, scalable environment for SCADA, HMI, MES, and IIoT applications.
• ▸Object-oriented templates and centralized Galaxy configuration simplify large-scale industrial automation projects.
• ▸Integration with PLCs, historians, and enterprise systems enables real-time monitoring and process optimization.
• ▸Supports distributed, redundant, and multi-site deployments for high availability.
• ▸Widely adopted across process industries for supervisory control and operational excellence.

Project Structure

• ▸Galaxy database - object templates and configuration
• ▸Application packages - runtime deployments
• ▸HMI visualization - InTouch displays and dashboards
• ▸Historian - time-series and event data
• ▸Nodes - execution engines and client interfaces

Monetization

• ▸Industrial automation solutions using System Platform
• ▸Custom SCADA/MES deployment and consultancy
• ▸Training and certification services
• ▸Development of reusable object templates
• ▸Integration with IoT, MES, and ERP systems

Productivity Tips

• ▸Use templates for recurring equipment/process types
• ▸Centralize configuration in Galaxy
• ▸Leverage historian and event logs for troubleshooting
• ▸Deploy nodes according to load and redundancy requirements
• ▸Document applications for easier maintenance

Basic Concepts

• ▸Galaxy - central repository and configuration environment
• ▸Objects - reusable templates for equipment or process units
• ▸Applications - composed of objects and workflows
• ▸ArchestrA IDE - development interface for building applications
• ▸Nodes - runtime instances that execute applications

Official Docs

• ▸https://www.aveva.com/en/products/system-platform/
• ▸https://docs.aveva.com/AVEVA_SystemPlatform_Documentation/
• ▸https://www.aveva.com/resources/
• ▸https://www.aveva.com/en/solutions/industrial-software/
• ▸https://www.aveva.com/support/