Automatic Transfer Switches for Critical Infrastructure - PowerPoint PPT Presentation

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Automatic Transfer Switches for Critical Infrastructure

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When the power fails to keep critical systems going, the Automatic Transfer Switch jumps into action. Does your critical infrastructure have a properly specified and maintained automatic transfer switch? If not, its time to make this life-saving upgrade to keep your vital operations firing on all cylinders 24/7. No more excuses - get on it today! – PowerPoint PPT presentation

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Date added: 4 July 2024
Slides: 7
Provided by: bladespower
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Title: Automatic Transfer Switches for Critical Infrastructure


1
Automatic Transfer Switches for Critical
Infrastructure
2
When the power fails to keep critical systems
going, the Automatic Transfer Switch jumps into
action. Think about all the vital equipment and
systems that need continuous power Hospitals -
Life support machines - Emergency room/operating
room lighting - Refrigeration for
medicines/blood - Communications systems
3
  • Airports
  • Control tower operations
  • Runway/taxiway lighting
  • Check-in/security screening
  • Flight information displays 
  • Data Centers
  • Computer servers
  • - HVAC/cooling systems
  • And the list goes on - water treatment plants,
    traffic signals, telecommunications hubs, 911
    call centres...the backbone of society depends on
    power being there 24/7.
  • An ATS ensures this critical infrastructure has
    backup power within seconds of an outage to
    prevent disruption or downtime. That's why it's
    mandatory for places like hospitals and airports
    to have ATS installs and generators.

4
  • How Does an Automatic Transfer Switch Work?
  • The ATS has built-in delays to ride through minor
    blips, storms etc. But once it verifies the
    utility is completely down for the count, it
    makes the switch to backup so you don't even
    notice a hiccup.
  • When utility power is restored and stable, the
    ATS transfers the load back and allows a
    cool-down period before shutting down the
    generator. Hospitals and other critical
    facilities test this sequence regularly.
  • There are different ATS sizes and configurations
    based on the facility's power needs. But the core
    function - automatically switchover to a backup
    supply when the main one fails - is what keeps
    critical systems alive.

5
  • Why Not Use a Manual Transfer Switch?
  • Some businesses use a manual transfer
    switch operated by a person to swap between power
    sources during an outage. But there are a few
    downsides
  • Requires someone to be onsite to make the switch,
    which can delay response time
  • Allows potential for human error in the transfer
    process
  • Power is interrupted for a period until the
    switch is made
  • An automatic transfer switch takes people out of
    the equation for a reliable, instantaneous
    switchover when disaster strikes. Makes sense for
    something as vital as a hospital's emergency
    power supply, right?
  • When specifying an ATS, work closely with your
    electrical engineer or contractor to get the
    right unit based on your facility's power needs
    and redundancy requirements. Installing too small
    an ATS is just as bad (or worse) than not having
    one!
  • Does your critical infrastructure have a properly
    specified and maintained automatic transfer
    switch? If not, it's time to make this
    life-saving upgrade to keep your vital operations
    firing on all cylinders 24/7. No more excuses -
    get on it today!

6
Contact Us
Address- Deveraux Crescent, Ebley, Stroud,
Gloucestershire, - GL5 4PX Landline number-
01453799655Email id- sales_at_bladespowergeneration
.comWebsite- https//www.bladespowergeneration.c
o.uk/
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