PS1
Role of ICT in Power System |
PS2
Standards, Security and Leading edge Technologies in the Context of Power
Systems | PS3
Renewable Generation plant communications |
D2-01_02
:Challenges
and Benefits of a Unified Synchronism Network
CASE CHESF - Rodrigo Leal de Siqueira,
Brazil |
D2-02_03
:Achieving
redundancy using configuration exchange through GOOSE communication in
Substation -
Ravishankar Y A, India |
D2-03_01
:
Renewable Generation Plant Communications |
| D2-01_04
:
Smart,
utility-grade Wi-Fi Mesh for Distribution Grids -
Paul Schwyter, Switzerland |
D2-02_07
:Real
Time Energy Management in Smart Grid -
Sunil Kumar Vuppala, India |
D2-03_05
:
Development of
Photovoltaic Power Generation Facility Monitoring System for Decentralized Power
Plant Operators -
Kazumi Inoue, Japan |
| D2-01_08:
Approaches to Smart Grid Communications Networks in Japanese Electric Power
Companies - Naomasa Takahashi, Japan |
D2-02_08
:Cyber
Security in implementing in modern grid Automation system -
S.R. Vijayan, India |
D2-03_03
:
RENEWABLE GENERATION PLANT COMMUNICATIONS
THE APPLICATION OF TELEPROTECTION SYSTEMS
IN COGENERATION PLANTS |
| D2-01_12
:
Disaster
resilient telecommunications systems for smart grid in Japan - Atsushi
Ohara, Japan |
D2-02-09
:
Construction of Next-generation Security Infrastructure to Cope with New Types
of Cyber Attacks -
Takehiro Sueta, Japan |
D2-03_04
: Renewable Generation Plant communications
|
| D2-01_17
:
Preparing ICT towards electrical business continuity
- J. Costa, Uruguay |
D2-02_15
:Research
on Periodic Oscillation Test Equipment for TCR Thyristor Valves -
Liu Bu Feng, China |
D2-03_06
: Communication Architectures to connect Renewable Energy Resources in the Residential Area
|
| D2-01_18
:
Adaptability of Wireless Sensor Network for Integrating Smart Grid Elements in
Distribution System
- Mrityunjai Tiwari, India |
D2-02_17
:Cyber
Security – Secure communication design for protection and control IEDs in
substations -
Sukumara T., India |
D2-03_09
: Renewable Generation –Tariff Mechanism for Enabling DSM and DR at Consumer Level
|
| D2-01_24
:
Prototype
and Evaluation of Communication Network for WAMPAC System Based on International
Standards
- Yoshizumi Serizawa, Japan
|
D2-02-16
:ONLINE/ AUTOMATIC AND MANUAL APPLICATIONS OF INFRARED THERMOGRPAHY IN
ELECTRICAL SECTOR |
| D2-01_25
:
First steps towards synergizing communication system,
wams and situational awareness system by - A.R.Kulkarni * , U.G. Zalte,
MAHATRANSCO |
D2-02-01
:
INFORMATION SYSTEMS AND TELECOMMUNICATION (FUTURE CONTROL CENTER WITH ADVENT OF SMARTGRID
) |
| D2-01_16
:
COMMUNICATION ALTERNATIVES FOR SMART GRIDS: THE INTEGRATED APPROACH
|
D2-02-11
:
Application of a Cyber Security Assessment Framework to Smart Grid Architectures |
| D2-01_22
:
Experience of Up-scaling and Integration of Regional Level Synchrophasors Pilot Projects to a National Level project
|
D2-02-12
:
Comprehensive Cybersecurity strategy for Smartgrid equipment manufacturers |
| D2-01-28
:
Role of ICT in Power Sector
|
D2-02-18
:
Is the Stationary lithium-ion battery a good choice for the telecommunications in an Electric Power Utility |
| D2-01_34
:
A Smart Grid Application for Dynamic Reactive Power Compensation
|
D2-02-14
:
Preventive simulation studies based on single-phase test of 750kV Magnetic Controllable Reactor
|
| D2-01_27
:
Role of ICT in Power Sector
|
D2-02-04
: Building an Interoperable Grid with Industry-Standard IPV6 Architecture
|
| D2-01-01
:
INFORMATION SYSTEMS AND TELECOMMUNICATION
COMMUNICATION SYSTEM FOR SMART TRANSMISSION
|
| D2-01-14
:
Last Mile Connectivity Challenges in Smart Grid
|
| D2-01-15
:
Power quality information system based on data energy metering integration and analysis
|
| D2-01_20
:
Communication Challenges for Smart Grid
|
| D2-01_29
:
MIDAS
|
| D2-01_30
:
Alarms rationalization in Mexico power units
|
| D2-01-31
:
Synchrophasor: Implementation,Testing & Operational Experience
|
| D2-01_33
:
Out-of-step Detection
using Wide Area Measurements
|
| D2-01_37
:
WAN Network Communications Architectures for Smartgrids: Case Study comparison
|
| D2-01_10
:
The role of Communication systems for Smart transmission
|
| D2-01_07
:
Role of ICT in Power System:-
Architecting a packet based network for to support current, developing and future utility use cases and applications
|