Disconnecting circuit breakers for space saving and enhanced substation reliability

Continue
asd

DCB Substations

—

Select voltage level

Available voltage levels at dcbsubstations.com

145 kV 420 kV

Other voltage levels in our portfolio (currently not available online)

72.5 kV 170 kV 245 kV 550 kV

Voltage level not available

This voltage level is not yet available on www.dcbsubstations.com, please contact your local abb office or send an email to market.circuitbreaker@se.abb.com in order to get more information regarding layouts and availability calculations.

asd

DCB Substations

—

Select your conventional configuration

Select your existing or planned conventional configuration.

asd

DCB Substations

—

Add on configuration

Select your existing or planned conventional configuration.

DCB Substations

—

Copyright and Disclaimer Notice

ABB’s DCB substations is a marketing app for clearly and easily showing the advantages of a substation equipped with disconnecting circuit breakers in comparison to substations equipped with conventional circuit breakers and disconnectors. The substation layout drawings and data presented in the app are to be considered as approximations. For precise layout proposals and data, contact ABB’s sales manager in your country. ABB assumes no responsibility for any errors in layout drawings and data.

© Copyright 2012 ABB. All rights reserved.

asd

DCB Substations

—

Configure your substation

Your configuration is

Select number of objects in your substation.

Submit estimated cost of outage in USD per minute (cost of outage includes e.g. loss of revenue, loss of productions, cost of labor and outage penalties).

Show DCB solutions
asd

DCB Substations

—

DCB Alternatives

asd

DCB Substations

—

DCB Alternatives

asd

Your result

—

Conventional  vs 

Object Outage cost savings ($/year) Outage time reduction (h/year) Space reduction of switchyard (%)
Single Line 4 50%
Single Transformer 1 3
Parallel objects 1 5

Outage cost savings

Single line:
$/year

Single transformer:
1 $/year

Parallel objects:
$/year

Outage time reduction

Single line:
4 h/year

Single transformer:
3 h/year

Parallel objects:
5 h/year

Space reduction

Space reduction: 50%

Image shows your DCB solution. Click here to view hi-res 3D image

Single Line Diagram

Outage cost comparison

  • Outage cost for single line ($/year)

  • Outage cost for single transformer ($/year)

  • Outage cost for parallel objects ($/year)

Availability comparison

  • Downtime for single line (hours/year).

  • Downtime for single transformer (hours/year).

  • Downtime for parallel objects (hours/year).

Space comparison

200m Conventional m2
200m
140m DCB m2
170m

Space comparison (m2) for selected solutions.

More information

With more than 19 years of experience DCB is now the preferred solution to avoid disconnector problems for several transmission and distribution utilities, it is used in all climates and in more than 30 countries.

  DCB Installations

More information can also be found online
Video with live working in DCB indoor substation
Compact indoor substation with DCB

More catalogues and online information from ABB, click here click here

For more information about DCB solutions, the advantages and their impact in your grid please contact ABB.

Send information

Send configured solution to a friend! Configured solution will be sent as a .pdf file.

The email was successfully sent!

Oops! Something went wrong, please check the emailaddresses and try again.

You have to be connected to the internet to be able to send the information, please connect and try again.