Since 1975, Toshiba has been a trusted provider of reliable distributed control systems for industries such as power, metals, electric, and water treatment. Renowned for pioneering the world’s first digital control system, Toshiba has built a strong reputation for delivering high-quality industrial solutions that drive efficiency and performance.

Customer Experience: https://www.toshiba.com/tic/datafiles/resources/Thermal_Energy_Corporation_Testimonial.pdf

 

Reliability and Robustness: Other Commercial Available PC’s

We have been producing the key modules of our control system with stable quality. These can also have a duplex configuration to provide the reliability and robustness of TOSDIC™-CIE DS/nv system.

Each Human Machine Interface (HMI) station can use Toshiba industrial computers (IPCs) that provide stable quality.

Flexible Connectivity

The system easily integrates with our existing setup as well as with other companies’ systems, using industrial-standard protocols, OPC-UA, Modbus.  Additionally, it is simple to monitor and control both our system and those of other companies via OIS-DS and HMI stations.

Inheritance of User Assets

Several migration methods for existing DCS (Distributed Control System) to TOSDIC™-CIE DS/nv will be useful for reducing implementation costs.

Pursuing Process Performance

Toshiba has several advanced control technologies: the model-driven PID control, the 2-degree-of-freedom hyper PID control, the Advanced Feed Forward control, and the Double Cross Limit Combustion control. Our technologies are designed to optimize process performance.

Productivity and Usability

Our integrated engineering tool contributes to the productivity and the conservativeness of systems engineering.

Harmony with Environment

Unified Controller nv series, the flagship controller of the TOSDIC™-CIE DS/nv system, was created by using lead-free solder and utilizing electronic parts obtained through “green procurement” for the global environment.  We thoroughly inspect these parts to ensure their reliability and stability for the requirement of power and social infrastructure systems.