Product Overview
The SCV control system is used in scenarios with strict requirements for gasification rate and stability. Through precise control of the combustion process and heat exchange, it enables rapid LNG gasification and emergency peak shaving.
Full-stack independently controllable domestic substitution solution for SCV control systems. It addresses bottlenecks in key process equipment through strong breakthroughs at the intelligent-control layer, deep compatibility at the data layer, and independent innovation at the algorithm layer.
Control-layer Breakthroughs
1. Dynamic reconfiguration technology for heterogeneous controllers developed on the IEC 61131-3 architecture
2. Supports transparent parsing of Profibus bus protocol, enabling zero-disturbance migration of DCS systems
Deep Data-layer Compatibility
1. Multi-dimensional reverse-engineering technology fully reproduces the original control logic, with deviation below 0.5%
2. Industrial Historical Database (IHDB) supports seamless OPC DA/HDA dual-mode data integration
Independent Algorithm Innovation
1. Patented Smith predictive compensator reduces overshoot by more than 5%
2. Nonlinear control algorithm based on Lyapunov stability theory, with steady-state accuracy up to ±1.5%FS
Full-stack independently controllable domestic substitution solution for SCV control systems. It addresses bottlenecks in key process equipment through strong breakthroughs at the intelligent-control layer, deep compatibility at the data layer, and independent innovation at the algorithm layer.
Control-layer Breakthroughs
1. Dynamic reconfiguration technology for heterogeneous controllers developed on the IEC 61131-3 architecture
2. Supports transparent parsing of Profibus bus protocol, enabling zero-disturbance migration of DCS systems
Deep Data-layer Compatibility
1. Multi-dimensional reverse-engineering technology fully reproduces the original control logic, with deviation below 0.5%
2. Industrial Historical Database (IHDB) supports seamless OPC DA/HDA dual-mode data integration
Independent Algorithm Innovation
1. Patented Smith predictive compensator reduces overshoot by more than 5%
2. Nonlinear control algorithm based on Lyapunov stability theory, with steady-state accuracy up to ±1.5%FS
