1. Technologies/products/centers developed under National Mission of Power Electronics Technology (NaMPET-II).
Simulation Centre for Power Electronics and Power System being implemented by IIT, Bombay.
Grid Connected Solar Photovoltaic Power Plants (1MW) by CDAC (T)
Solar Charge Controller Unit for Telecom applications.
10kV Power Supply with Solid State Crowbar by CDAC (T) and IISc, Bangalore.
System on Programmable Chip (SOPC) based Power Electronic Controller by CDAC (T).
Wide Area Monitoring Using PMUs by CDAC(T).
Medium Voltage Drive with Selective natural Harmonics Elimination CDAC(T) & IIT-Kgp.
Implementation of Net Zero Energy Building using Non-Conventional Sources and Energy Management System by CDAC(T).
Single Phase and Three Phase Smart Energy Meters for Indian Power Network being implemented by CDAC(T).
Link of NaMPET-II technology developed https://www.nampet.in/activities/technology-package.html
Technology transferred to Industry;
i. Train Communication Network and Vehicle Communication Unit (TCN/VCU).
ii. ON Line Double conversion UPS System for Medium / High Capacity (Green UPS).
iii. Static Compensator (STATCOM).
iv. Smart Energy Meters.
v. Solar Charge Controller for Telecom Towers
vi. High Speed Reconfigurable Power Electronics Controller.
vii. FSS Mini
viii.Grid connected Solar PV Power Plants up to 1MW
ix. Hybrid Power Conditioning System for Microgrid
Technologies available for commercial exploitation:
i. Grid Connected Solar Photo Voltaic Power Plant.
ii. Full Spectrum Simulator (FSS) for Power Electronics and Power Systems.
iii. Miniature Model of FSS for Power Electronics and Power Systems.
iv. High Speed Reconfigurable Power Electronics Controller.
v. 400 Hz Inverter for Air Borne Applications.
vi. DC-DC Converter for SPV applications.
vii. Low Cost Power Quality Analyser for industrial & commercial applications.
viii. Autonomic Real Time Multiprotocol Gateway.
ix. Vehicle Control Unit and Train Communication Network for Electric Locomotive.
x. Smart Energy Meters.
xi. Grid connected Solar PV Power Plants up to 1MW
xii. Hybrid Power Conditioning System for Microgrid
xiii. LVDC powered energy efficient Houseboats
2. Automation Systems Technology Centre (ASTeC), under this programme, an embedded Centre of Excellence has been created at CDAC, Thiruvananthapuram to launch Technology Development Research Programme in four pillars of automation research viz. Perception, Control, Learning and Systems. Necessary infrastructure development for this has been completed at the nodal Centre.
These ASTeC technologies are available for technology transfer to the interested industries for commercial exploitation. Out of these five technologies i.e. Open Flexible SCADA technology, Phasor Measurement Unit, Multiloop Controller, Steam Temperature Controller System and Industrial Process Controller have been transferred to industries for commercialisation.
Technology available for commercial exploitation:
i. Industrial Colour Sensing System (i-COSS).
ii. Industrial grade Low Power Controller (i-LOC).
iii. Industrial general purpose Controller using PC boards (i-CON).
iv. Industrial System Monitoring Autonomous Remote Terminal (i-SMART).
v. Industrial communication Gateway (i-Gate).
vi. Industrial Real-time Expert System Shell (i-RESS).
vii. Industrial Simulation Platform (i-SimP).
viii. Industrial Wireless Sensor (i-WiSe).
ix. Industrial Wireless Base Station (i-WaSe).
x. Synchronous Phasor Measurement Unit (PMU).
xi. SCADA/ HMI Software Industrial Range Open SCADA SoftwarE (i-ROSE) - Consisting of the following modules:
xii. Industrial Web based Automation Control System (i-WACS).
xiii. Industrial Flexible Automation & Control Engine (i-FACE).
xiv. Industrial Remote Configuration (i-ROC).
xv. Industrial Data logger (i-Dlog).
xvi. Industrial Coal Mill soft Sensor (i-CoMS).
xvii. Industrial Steam Temperature Control (i-STeC).
3. A Collaborative Intelligent Transportation System (ITS) for Indian Cities, endeavour for Indian cities was initiated in October, 2009 as a collaborative research project to make India a major player in the field of electronics & IT technologies required for advanced traffic management and control system. As part of this project an embedded Centre of Excellence on ITS has been created at CDAC, Thiruvananthapuram, which is now functional as a national resource centre in the country. Towards this objective, necessary infrastructure has been created through this project at the Nodal Centre.
Technologies transferred to industry:
i. Wireless Traffic Control System (WiTrac).
ii. Red Light Violation Detection System (RLVDS).
iii. Composite Signal Control Strategy for Wireless Traffic Control System (CoSiCoSt-W).
iv. Traffic Signal Monitoring and Management.
Technologies available for commercial exploitation:
i. Wireless Traffic Control System (WiTrac).
ii. Red Light Violation Detection System (RLVDS).
iii. Composite Signal Control Strategy for Wireless Traffic Control System (CoSiCoSt-W).
iv. Traffic Signal Monitoring and Management.
4. Application of Electronics for Agriculture and Environment (eAgriEn).
Electronics for Agriculture & Environment (e-AGRIEN) project had been initiated in at C-DAC, Kolkata with the brief objectives to set-up an integrated facility for advanced research in the multi-disciplinary field of Agri-Electronics leading to a) technology demonstrators and b) indigenous electronics and IT-based products and services for Indian Agricultural community, to provide IT based services and consultancy to agricultural entrepreneurs, researchers and other stakeholders on specialized solutions developed under the aegis of the center, to conduct special training programme on advanced agri-tech topics and to promote national and international level networking, collaboration and alliances in the field of agri-electronics.
Technologies available for commercial exploitation:
i. Pebrine-O-Scope
ii. Handheld Electronic Nose (HEN).
iii. Resham Darshan.
iv. Obnoxious Odour Measurement System.
v. Portable Electronic Tongue.
5. Green Technology based Electronic Milk Analyser, for detecting the adulterations in milk has been developed by CEERI, Pilani. This technology is available in Indian market and transferred to two industries for production and commercialization.
6. Open Source CAD (Computer Aided Designing) Tool for the Weaving of Banarasi Sarees, CAD package for design and weaving of Banarasi Sarees has been developed by Digital Corporation of India (earlier Media Lab Asia). This has been deployed at 5 locations at Weaver Service centre/ Community Service Centre, Varanasi.
8. Smart warehouse with Application of Frontier EM & Electronics based Technology has been developed and ready for ToT
Electric Vehicle technologies transferred to Industry and ready for commercial exploitation
2W/e-rickshaw motor of 1.2 KW
BLDC motor with a smart Vehicle Control Unit for 3-wheeler e-rickshaw
3–Phase Brushless DC (BLDC) Motor Controller for low-power e-vehicle
