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Automatic Planning for
Hydroelectric Power Plant |
Automatic Planning for
Hydroelectric Power Plant
Project Description |
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Hydroelectric power plants need
complex automated planning systems
to regulate energy production. These
systems benefit from a topological
structure with reliable
industrial-grade products and extra
nets. The backbone of such networks
requires at least two fiber optic
rings for both connection and device
backup. All these elements come
together to provide excellent
performance and high reliability
with automatic operations, remote
control, self-recovery in case of
failure and advanced network
management functions.
System requirements
The plant has its own specific
requirements to meet the needs of
advanced network communication.
These requirements include:
- Must have long-distance data
transmission capability.
- The network must be installed in
stages and ensure that future
additions are made easily.
- All devices must be highly
reliable in order to complete
unmanned tasks.
- An error in a single point of the
connection line should not affect
the data communication in the whole
network.
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All devices must be able to
withstand harsh conditions, high
temperatures, high humidity and
strong electromagnetic interference.
ımplementation
of the Project: |
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System Descriptionı
In this project, the system uses two
different communication advantages
to create a completely redundant
environment. This means that if a
communication line fails or shuts
down, the other will overwrite the
data stream on the network within 10
ms. In addition, EKI-7659C and
EKI-7656C are powerful modules that
can operate at extreme temperatures,
making them ideal for any outdoor
environment. Since the EKI-7000
modules have fast recovery time and
industrial level designs, they can
meet any requirement.
Result
EKI-7659C and EKI-7656C are
used for their very fast recovery
times (<10ms) and their high
reliability and durability. Once
installed, the system will have the
following characteristics:
- Real-time capabilities: This
solution provides full-duplex fiber
optic Ethernet with 100Mbps, which
increases the ability to process in
real time and accelerates data
transmission and minimizes
communication disagreement.
- High reliability: Redundant
network structures provide the
flexibility of the network. If any
connection to the loop fails, the
system may return to normal
operation in less than 10 ms. In
addition, the design of the
double-ring network protects
communication during failure of any
switch. In addition, the high
quality industrial network switches
used are stable in harsh conditions
and the average time between
failures (MTBF) is more than 200,000
hours.
- High
security: In order to ensure safety,
different sub-stations are separated
by VLAN partitioning. In addition,
closing the connector or unused
ports between the device and the
port increases network security.
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