Wide
Area Protection (WAP) Designer Seminar
1 Description
1.1 Objectives
· To
learn typical power system phenomena that lead to
multi-contingencies and possible wide area protection
solutions to counteract wide area power system collapse.
· To
learn the application of new sensors based on current and
voltage phasor measurements (PMU) for power system monitoring
and voltage instability prediction.
· To
learn how to take into account to the various aspects of WAP
solutions with respect to system operation via SCADA and
automatic switching to counteract wide area disturbances by
means of load shedding and islanding of subsystems, as well as
power system restoration
1.2 Workshop Agenda
1.2.1 Introduction into WAP
· Power
system phenomena with possible WAP solutions
· Why
wide area protection?
· Description
of WAP actions
· New
sensors to detect power incipient power system instabilities
· Set-up
of a wide area protection scheme with new sensors
1.2.2 Strategy for WAP Implementation
· Evaluation
of possible technical solution
· Network
criticality assessment
· Main
plant and protection assessment
· Communication
facility assessment
· Feasibility
study
· System
implementation scenarios
· Exploitation
of synergies between protection and control
· Communication
and system performance aspects
· Defence
plan for avoiding disturbances
· Pilot
installation for performance verification,
· Role
out of refurbishment strategy
1.2.3 Assessment of WAP requirements (Plenum discussion)
· Present
power system performance
· Recommended complementary measures or actions
2 Participants
WAP system designers,
protection equipment and SA manufacturers, engineers and developers for network planning, energy
management, protection and control systems.
3 Prerequisites
Experienced
and knowledgeable staff, as well as decision maker in the
protection and power system management field
4 Duration
1
day
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