TurboNet DASH 2®, along with its integral HMI and EWS, delivers a high-performance control solution built to adapt to operational needs over time. By utilizing field-proven, high-quality hardware components, we ensure a smooth and cost-effective transition—whether you're upgrading an existing system or implementing a new installation.

With TurboNet DASH 2®, flexibility is key. Unlike proprietary control systems that require unnecessary hardware overhauls, our modular architecture allows for scalable enhancements, keeping your plant efficient and up to date while maintaining compatibility with existing infrastructure.

For specialized control functions, we offer custom components for HMI, EWS, and Historian functions, ensuring your system is optimized for your specific operational requirements.​


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TurboNet DASH 2®

TurboNet DASH 2® along with our integral Human Machine Interface (HMI) is the control system that can effectively operate the balance of plant and turbine controls, all in one cost effective package. 

TurboNet DASH 2® is our cutting-edge control system software, delivering seamless turbine-generator and balance of plant operations. With years of engineering expertise, TurboNet DASH 2® has become the industry standard for power generation control, combining proven technology with modern advancements to maximize performance and efficiency.

By integrating the best elements from leading turbine control systems and enhancing them with automation, real-time diagnostics, and a highly reliable Linux-based platform, we have developed a powerful, efficient, and user-friendly solution for operation, monitoring, and troubleshooting.

The stability of the Linux operating system ensures a lock-up-free environment, eliminating unexpected failures and unnecessary reboots. Turbine Diagnostic Services, Inc. has logged years of continuous HMI (Human Machine Interface) and EWS (Engineering Workstation) runtime without requiring a system restart. The control processors operate on an industrial-grade, real-time Linux platform, ensuring consistent, reliable performance in critical applications.