Eco Bank Case Study
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Transcript of Eco Bank Case Study
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7/31/2019 Eco Bank Case Study
1/1
Ecobank has been working with Gamatronics products or
more than two years in various locations throughout Arica such
as: Nigeria, Kenya and Ghana.
During this time Gamatronic has installed ATM UPS systems in
more than 100 ATM sites, as well as large UPS systems in our
dierent branches and Data Centers.
This coming up year we plan urther installations o Gamatronic
UPS systems.
We are delighted with the quality o Gamatronics solutions and
support.
Olusola Faleru
Power Management Ofcer, Ecobank Nigeria
Customer Profle
The dual objective o Ecobank Transnational Incorporated
(ETI) is to build a world-class pan-Arican bank and to
contribute to the economic and nancial integration and
development o the Arican continent.
Ecobank is the leading pan-Arican bank with operations in
32 countries across the continent, more than any other bank
worldwide. It currently operates in countries in West, Central ,East and Southern Arica
The Challenge
Ecobank, sought out to nd a solution or a ew hundred ATM
machines scattered over a vast geographical area.
Due to unstable power supply which causes random power
ailures, it was crucial the solution would oer more than 72
hours o back up time. In addition the bank wanted a system
with Remote control access and malunction diagnosis inorder to assess and evaluate the ailures.
Eco Bank Case Study
The solutionMore than 100 MST systems were installed in ATM machines
and branches in Nigeria, Kenya and Ghana as an initial stage
o an ongoing project. The MST is a double conversion online
UPS with an inverter isolation transormer and static switch.
The system can be recharged quickly within less than 6
hours by using a 6 kVA battery charger (rectier) customized
especially or the project.
MST Series
MST is a small, compact, reliable UPS in the 6kVA capacity
range. A classic double-conversion On-line system with an
inverter isolation transormer and a static switch. The MST
was designed with a separate battery enclosure ensuring
maximum fexibility during backup time.
Featuress
Full bridge inverter
Inverter (output) isolation transormer
Static switch
Volt Frequency Independent (VFI)
Alarm dry contacts relay
Battery current limit circuit or sae battery charge
Rectier/charger or extended backup time
Automatic and manual battery test
LED display or status indication load level
RS232 interace or Smart Sotware and SNMP management
AC Input
P.F.C.Power Suply
PWMDC/AC Inverter
AC Output
On-LineBattery
+
DC link
==
