KUC711AE101 3BHB004661R0101 ABB Complete service of excitation controller

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.

There are two main phases of ABB contribution
from the transformers side: the first phase
(now concluded) consisted of supporting UN
Environment in creating a model that assesses
the impact and benefits for relevant countries
of moving toward energy-efficient transformers.
Here, ABB also provided technical expertise and
knowledge about appropriate energy efficiency
levels and metrics.
The second phase (global outreach, now starting)
will focus on distribution transformers. ABB will
develop training packages and tools to support
countries and regions in their transition to energyefficient products and will provide the training.
ABB will also foster interregional collaboration to
promote energy-efficient products.
ABB is the first transformer manufacturer to join
this initiative.
ABB transformer efficiency portal
ABB has a dedicated Web page for transformer
efficiency that contains a blog and links to relevant
articles and Web pages →7. The Web page also
includes a useful online tool for calculation of
transformer total cost of ownership (TCO). The tool
also compares transformers with different initial
costs and loss values from the following aspects:
• TCO with payback time on marginal cost.
• Energy consumption.
• CO2
emission impact (in kg of CO2
) with
the equivalent number of trees needed to
compensate the extra emissions caused by the
transformer with lower efficiency.
As energy demands rise, ever more attention will be
paid to the efficiency of equipment throughout the
power network. By innovating on all fronts and by
adopting an open, proactive stance to the ongoing
evolution of the energy world, ABB will contribute
significantly to the evolution of a highly energyefficient power infrastructure. l