DSQC354 ABB distributed control system industrial DCS module card

Description

Packaging details: if you need an urgent delivery order, please feel free to contact us, and we will do our best to meet your needs.

Price problem: if you find that other suppliers offer cheaper prices for the same product, we are also willing to provide you with reference prices and give you further discounts.

Ease of installation
The TXpert hardware is self-powered from the
transformer, so there is no additional effort needed
during installation and energization. TXpert is
like a traditional distribution transformer from
the installation and energization perspectives
so requires no special treatment from customer
organizations such as operation, maintenance,
health and safety, communications and IT.
Customer values
The main focus of TXpert is to support ABB’s
customer needs by providing vital insights for
informed decisions that increase reliability and
reduce operating costs.
Each market segment has its own needs, challenges
and opportunities. Each customer has their own
unique needs.
For utilities:
• TXpert reduces maintenance costs by scheduling
inspections more intelligently – ie, customers
focus on inspection based on data trends
rather than measurements with absolute value
at specific moments in time. With remote
communications enabled, key operational data
and analytics output is available in real time.
• Knowledge of transformer age allows more
accurate replacement planning and reduces
inventory cost by reducing the need to buy stock
units.
• Balancing the load based on transformer and
grid conditions allows customers to utilize
assets better.
• With remote communications, immediate outage
notification is possible, thus reducing downtime
and possible financial penalties.
• Revenue protection or energy theft is a concern
for some utilities. Energy thieves will connect
to the grid at the transformer point. Not only
does the utility lose revenue but the transformer
can become overloaded and possibly fail.
With TXpert, revenues running through the
transformer can be calculated and compared
against billing meters to make sure they match.
For renewables:
• With the THD value, customers get an indication
of the network quality. Further analytics for
overall system efficiency, which is crucial in
renewable generation, are planned.
• A voltage-profile analytic is planned where
customers would get a specific voltage profile
for a particular part of the grid during different
seasons and at different times, allowing them to
take informed decisions rather than the current
practice of assumption and simulation. This can
eliminate the need for a voltage regulator and
allow better grid optimization.