Applied research for state of the art instrumentation, control and monitoring systems of nuclear power plants, nuclear fuel cycle facilities and strategic applications.
Reference System of indigenously developed Safe and Secure PLC for application software development, testing, validation and demonstration of proof of concept of large size Distributed Control System
Configurable test bed for development & validation of C&I architectures and control algorithms for NPPs.
The environmental chamber (having internal size - 1m x 1m x 1m) is intended to carry out steady state as well as cyclic temperature and humidity tests for temperature range of -70⁰C to +180⁰C and humidity range of 10% to 98% ±3% RH limited by minimum dew point of +5⁰C to ±94⁰C.
Industrial strength PLC with safety and security features meeting all needs in DAE to meet diverse needs of functionality, performance, safety, security, size, distribution and reliability/availability.
Qualified Trombay Programmable Logic Controller-32 (TPLC-32) Platform specially developed to implement safety and safety related systems of nuclear reactors.
Low cost solution for a costly hardware console having similar features including all types of indicators and actuators true to its shape, appearance and functionality. It’s a 3D application having features of Zooming and Navigation.
ANU NISHTA is a tamper detectable custom hardware for securing Host Operating system. Anu-Nishta provides security hardening by supporting Hardware assisted secure boot, Provides Authenticated Execution Environment & Secure vault for user parameters
Automated monitoring system to detect and locate damage in LV cables and enable timely maintenance action.
Inauguration of Secure PLC Platform - Integrated Test Facility
Commissioning of RRS, AAS & COIS Systems at Apsara
Integrated testing of Reactor Regulating System (RRS), Alarm Annunciation System (AAS) & Computerised Operator Information System (COIS) at RCnD before dispatch to site
Industrial strength PLC with safety & security features meeting all C&I needs in DAE to meet diverse needs of functionality, performance, safety, security, size, distribution and reliability/availability.
It allows accurate time-synchronization of C&I systems using NTP protocol [deployed at ITS lab in RCnD and in Seismology sensor network]
Computer based real time engineering simulator for dynamic response analysis, verification & validation of control algorithms and hardware-in-loop testing of computer based C&I systems [developed as part of Integrated test station (ITS) at RCnD]
