AVEVA PLC Simulation is an advanced software tool for simulating and testing Programmable Logic Controller (PLC) programs in a virtual environment. This powerful solution allows engineers and automation professionals to develop, validate, and optimize control strategies without the need for physical hardware. By providing a realistic simulation of plant processes and equipment, AVEVA PLC Simulation enables users to identify and resolve potential issues early in the project lifecycle, significantly reducing commissioning time and costs. The software supports multiple PLC brands and programming languages, making it versatile for various industrial applications. It seamlessly integrates with other AVEVA products, enhancing the overall design and engineering workflow. AVEVA PLC Simulation is an essential tool for improving project efficiency, reducing risks, and accelerating time-to-market in industrial automation projects.

Key Features

Virtual PLC Environment AVEVA PLC Simulation provides a comprehensive virtual environment for PLC programming and testing.

• Supports multiple PLC brands and programming languages
• Realistic simulation of plant processes and equipment

Integration Capabilities The software seamlessly integrates with other AVEVA products and third-party tools.

• Compatible with AVEVA's engineering and design solutions
• Supports import/export of industry-standard file formats

Advanced Testing and Validation Robust testing and validation features ensure thorough control strategy evaluation.

• Scenario-based testing for various operational conditions
• Automated test case generation and execution

Benefits

Reduced Commissioning Time and Costs AVEVA PLC Simulation significantly decreases the time and expenses associated with project commissioning.

• Early detection and resolution of control system issues
• Minimized on-site troubleshooting and rework

Enhanced Project Efficiency The software streamlines the automation engineering workflow, improving overall project efficiency.

• Parallel development of hardware and software components
• Accelerated time-to-market for industrial automation projects

Improved Safety and Risk Management Virtual testing capabilities contribute to enhanced safety and risk mitigation.

• Thorough evaluation of control strategies in a risk-free environment
• Identification and resolution of potential safety issues before implementation