Overview
The document introduces openECS, a modular engine control system designed for gas and dual fuel engines. It emphasizes flexibility, integration, and the ability to adapt to various engine types and plant sizes. The system is built on a combination of industrial controllers and AVAT technology modules, offering a future-proof solution.

Technology Modules
The system combines industrial controllers with AVAT technology modules, providing a flexible and robust engine control system. It supports both self-developed and pre-configured AVAT controllers.

Software Platform
The AVAT software platform accelerates application development with a library of tools and building blocks. It allows for 80% preconfigured standardization with 20% customization, enabling high-level development from the start.

Application Layer Functions
The application layer includes various control and monitoring functions such as subsystem control, actuator control, SCADA interfaces, cylinder balancing, and safety functions. It allows for full access and customization by the user.

High Performance Partner
AVAT has over 25 years of experience in the gas engine industry, providing technology leadership and smart solutions for sustainable energy generation and distribution.

Standard Applications and Customization
Standard applications cover 80% of requirements and are adaptable to specific engine needs. The system is open to new requirements and third-party components.

AVAT Technology Modules
Modules like E²KNOCKCON, E²CORE-control, and E²PILOT enhance engine control with features like knock detection, multi-variable control, and user-friendly interfaces.

System Basis
The system is based on the M1 industrial controller from Bachmann electronic, with AVAT software providing flexibility and modularity. It includes CPU, I/O modules, and grid connection capabilities.

Remote Access and Maintenance
AVAT VPN-ROUTERS enable secure remote access for maintenance and reporting. E²SERVICE software handles data for configuration and performance optimization.

Software Platform Features
The platform offers libraries for engine functions, condition monitoring, and cloud services. It supports programming in three steps: application database, application code, and user interface configuration.

Simulation Support
openECS supports various simulation methods, including Software-in-the-Loop, Hardware-in-the-Loop, and Model-on-the-Target, allowing for comprehensive testing and verification.

Conclusion
openECS provides a comprehensive, flexible, and customizable engine control system suitable for a wide range of applications, ensuring integration and adaptability for future needs.