MIGUNS Technologies provides total infrastructure solutions for data centers, including design, construction, electrical systems, cooling, security, and fire protection. They aim to achieve high levels of reliability over 99.9999% uptime through redundant systems and following industry standards from the Telecommunications Industry Association and Uptime Institute. Their solutions incorporate electrical power quality, physical security, and management systems to maximize availability through an approach known as the "Eight Keys".

1. MIGUNS TECHNOLOGIESData Centre Total Infrastructure Solution

2. Our Global Solution Partners :

3. Introduction:
 YEAR OF ESTABLISHMENT : 2004
 TYPE OF COMPANY : Proprietorship.
 PROPRIETOR : Mohammed A Wahid, CEO & Managing
Director
 MAIN OFFICE: Swadesh Tower (11th
Floor), 41/6,
Purana Paltan, Bir Protik Golam Dastagir Gazi Road,
Dhaka – 1000, Bangladesh.
 PHONE: 7173001; 7122880; 9560569 Fax: 7170662
 E-Mail :<miguns.technologies@migunsgroup.com>
 CELL :01713013221,01819220392,
0713488601-639
 Warehouse : 314 Gulbagh, Malibagh, Dhaka – 1217.
 Associated Company: MIGUNS CREATION
DATA DYNAMICS (PVT) LTD.

4. Our Business Platform:
MIGUNS TECHNOLOGIES are principally engaged in providing ICT solutions and
passive products for Data Center. We offer the following services to our customers :
 Data Center Design and Consultancy Services
 Design and Construction of Data Centre & Disaster Recovery Sites
 Design & Installation of Local Area Networking
 Supply & Installation of On-line UPS systems ranging from 3 kva to 800 kva
 Supply & Installation of Heavy duty Automatic Voltage Stabilizer
 Supply & Installation of Precision Air Conditioning System
 Supply & Installation of Access Control and CCTV System
 Supply & Installation of Fire Suppression System
 Supply & Installation of Power Management Module
 Supply & installation of Environment Monitoring Systems
 Supply & installation of Branded Server & Network Racks
 Supply & installation of IP Telephony Solutions etc.

5. Data Equipment
 Server Rack
 Network Rack
 Patch Panel
Structured LAN Cabling
 Network Cable Tray
Electrical Instruments
 Laying of Power Cable
 Online UPS Systems
 STS Switch
 Auto Voltage Stabilizer
 Precision Air Con
 Comfort Air Con
 PDU & Switch Boards
 TVSS
 Industrial Sockets
 Grounding Systems
Security System
 Fire Suppression
 Smoke Detection
 Water Detection
 Access Control
 CCTV System
 E M S SystemsInfrastructure
 Civil Infrastructure
Access Raised Floor
 Ramping
IP Telephony Services
 IP System Designing
IP PBX Supply & Installation

7. Data Center Services :
• Mechanical & Electrical
• Physical Security
• Fire Protection System
• Backup Power Requirement
• Cooling Path Design
• Raised Flooring Design
• Structured Cabling Design
• Management & Monitoring Capability
• Project Management

8. Data Center Services :
Data Centre Planning Consultancy
Business Requirements
• Scope of Areas and Services
• Business Volume and Capacity
• Business Growth and Expansion Plan
Data Centre Site Selection and Planning
• Site Selection
• Fitting-out Requirement
• Equipment Layout Planning
• Electrical Requirement

9. Data Center Services :
Data Centre Operation Consultancy
Data Centre Function and Operation
• Asset Management, Data Centre Operation Management
• Output and Delivery Management
• Problem and Change Management
Data Centre Organization Planning
• Organization Structure
• Training and Education, Compensation and Benefit
• Operational Resource Planning
• Job Description/Resource Skill Planning
Business Relationship Planning and Management
• Key Performance Index (e.g. SLA, Performance Benchmarking)
• Cost Allocation, Disaster Recovery Planning

10. Process Cycle :
Customer
Needs
PLAN BUILD
Preparation Design
Planning
 Assess needs
 Concept development

11. Process Cycle :
Acquire Implementation
Building
 Logistics
 Site Preparation
 Installation / Building
 Start-up / T&C
 Network Int.
 Training

12. Market Trend
The market trend is towards
“High Availability”

13. The High Nines Of Reliability
Six nines (99.9999%) is the starting point for the
network economy players
Reliability Disruption/Year
99% 88 Hours
99.9% 8.8 Hours
99.99% 53 Minutes
99.999% 5.3 Minutes
99.9999% 32 Seconds

14. Design Considerations For Data Centre
 External
 Physical Location Threats
 Site Accessibility / Amenities Access
 Security / Terrorists activities Threats
 Environmental / Natural Hazards Threats
 Power Supply Reliability & Back Up Strategy
 Internal
 Space Planning
 Building Architecture & Structure
 Power Quality Strategy
 Air Conditioning System Strategy
 Structured Cabling
 Fire Protection Strategy
 Maintainability
 Emergency response processes

15. External Considerations:
Utility Power - Backup & Distribution
 Dual Utility Power Source
 Generator Sets
 UPS System
 Fault Isolation Strategy
 Redundancy

16.  Floor area & layout
 Accessibility
 Floor height clearance
 Floor loading capacity
 Power availability
 Plant room space
 Space for heat rejection equipment
 Provisions against natural disasters
Building Structure & Architecture :

17. Internal Considerations : Back-ground
 Historically, data centres were designed in the absence of
established standards – today we are guided by the Telecom
Industry Association & The Uptime Institute
 There is no absolute amount of high availability that is right
for all businesses.
 There are many ways to achieve high availability.
 The means of achieving high availability affects all aspects of
the systems.
 All too often high availability lies in the eyes of the beholder
 Hence, it is necessary that we focus on the “infrastructure”
aspect of high availability

18. International Standards Organization:
Telecommunications Industry Association
The Telecommunications Industry Association (TIA) is
the formal organization responsible for the standards
of the telecommunications equipment that connects to
the US telecommunications network. The TIA is closely
aligned to the Electronics Industries Association (EIA)
an organization tracing its origins back to 1944.

19. Computer Site Facility Design Parameters
POWER
TVSS
Cabling
Bonding
Grounding
Connectivity
82.0%
POWER
10.0%
ENVIRONMENT
5.0%
OTHERS
Uptime Institute 2008

20. Background: Uptime Institute

21. Background: Uptime Institute

22. Approach:
Incorporates the guidelines from Telecom
Industry Association (TIA-492), The Uptime
Institute’s Tier Classification and the 8 Keys
approach to meet the customer’s
requirements.

23. Background: 8 Keys
 Key 1 Power
 Key 2 Cooling
 Key 3 Racks & Physical Structure
 Key 4 Power Distribution & Cabling
 Key 5 Fire Protection
 Key 6 Security & Monitoring
 Key 7 Management Systems
 Key 8 Services
8 Keys to high availability systems :

24. Hosting
Service
Provider
Network
Switching
Remote
Wireless
Communication
Customer
Premise
Fire
Protection
Security &
Monitoring
Power
Cooling
Power
Distribution &
Cabling
The 8 Keys To High Nines Availability
1
2
4
5
8
6
7
Management
Systems
Services
3
Racks &
Physical
Structure

25. Anticipation & Mindset
Customers need
Power & Cooling Solutions that can
meet their needs today yet
adapt to their needs tomorrow
even though they do not know exactly
what those needs are.

26. POWER
TVSS
Cabling
Bonding
Grounding
Power
#2 Headache
Cooling
#1 Headache
Data Centre User Group 2008
Computer Site Facility Design Parameters

27. Product Heat Density Trend Chart

28. Placement of - Hot Aisle / Cold Aisle

29. Power Quality
TODAY’S FACILITY WIDE POWER QUALITY
PROACTIVE
DAMAGE
PREVENTION
* OVER 90% OF PQ
PROBLEMS
Voltage Regulation
Surge Protective Devices
(SPD/TVSS)
Transient Noise
Filters
Bonding
Grounding
Wiring
HIGH AVAILABILITY & REDUNDANCY UPS
Generators & Static Switches
REACTIVE
IMPROVED UPTIME

30. Power Availability :
Do give due attention to the utility power & essential
(genset) power availability

Utility Power Supply
 Need to establish the suitability of the utility power supply in
the vicinity
 Single source from one sub-station or are there options
 Essential Power (Genset)
 Recommend dedicated gensets to serve the data centre
 Shared gensets have the tendency not to be service to the
data centre application standards & also have high risk of
inducing transients & surges

31. Power Availability :
Discuss & recommend the type of UPS best suited for the
application & expansion plans
 Uninterruptible Power Supply System
 UPS forms part of the electrical system to ensure that there is
uninterruptible power supply to the Data Centre in the event of a
power failure or disturbance.
 Recommend UPS of the double conversion true on line type that
provide uninterruptible power supply which can regularize and
stabilize the power supply.
 The voltage supplied will be maintained at +/- 5% of the rated
voltage and the frequency at +/- 1Hz.
 VRLA batteries with 10 years design life (meeting BS6290 Part 4
specification) are installed to provide 30 minutes autonomy time at
full load UPS rating.

32. Power Availability
 Lightning Protection
 The existing lightning protection system of the
building should be evaluated to see whether it is
suitable for a data centre
 Surge and Transient
 It is inevitable that surges and transients are induced
into the electrical system by distant lightning strikes,
internal switching or unstable utility power supply.
 Transient Voltage Surge Suppression
 Recommend the installation of surge protection
devices in accordance to IEEE recommendation as
per sketch

33. Power Distribution
 Grounding System:
 A good grounding system will eliminate many of the
common electrical disturbances such as nuisance tripping,
common mode noise interference, etc.
 The grounding system of the Data Centre should be
designed to achieve less than 1 Ohm resistivity.
 Do ensure that the power distribution units (PDU) feeding
to the Data Centre shall be incorporated with isolation
transformer to isolate the neutral from the rest of the
building electrical system. This provides the Data Centre a
“clean” neutral which will
minimize many electrical disturbance.

34. Power Distribution
 Grounding System: (cont)
 The neutral of the isolation transformer shall be bonded to an
isolated grounding system which is directly connected to the
main building earthing system.
 The pedestals of the raised floor system are grounded (via
copper tape strapped around the perimeter) to allow for any
electronic static charges to be dissipated quickly through the
grounding system.

35. Adaptive Power Architecture :
UPS ‘A’ UPS ‘B’
Power
Distribution
Rack 1 Rack 2
Power
Distribution
Reliability
Flexibility
Total Cost

36. Structured Cabling Systems :
 Supply & install (Category 5, 5E, 6 & 6A) structured
cabling systems for use with Class D applications in
accordance with International Standards AS3080 &
EIA/TIA 568A
 Provide cabling systems based on both UTP
(Unshielded Twisted Pair) & STP (Foiled or Shielded
Twisted Pair)
 Fiber optic cabling, both in the backbone & to the
desk
 Systimax, Panduit, Infraplus etc.

37. Fire Protection
 Fire Detection System
 Very Early Smoke Detection apparatus (VESDA)
 High Sensitivity Smoke Detection (HSSD)
 Fire Suppression System
(a) FM200 (b) NAFS-125 (c) Inergen
(d) Ancillary suppression / portable extinguishers

38.  Fire Protection Interface
 Emergency Escape Routes
 Emergency Power Off
 Emergency Lighting
 CRAC Interlock Cut Off
 Fume / Smoke / Discharge Extraction
 Remote Monitoring
Fire Protection :

39. Security & Monitoring
 Access System
 Card Access
 Biometric Access ( Fingerprint / Iris Recognition )
 Access Monitoring / Histrogram
 Closed Circuit Television (CCTV)
 Fixed pan
 Adjustable pan

40. Using Critical Systems Management
To Increase Availability

41. Using Critical Systems Management
To Increase Availability

42. Power Solution : APC Smart-UPS®
VT
Compact 3-Phase Power Protection with scalable runtime for small
data centers and other business critical applications
Over 10 million currently installed – now available in three phase

43. Smart-UPS VT Applications
10 – 40 kVA (30 kVA in 208V)
 Small Data Centers & Computer
Rooms
 Network storage
systems
 Business critical
servers
 Telecommunications & Networking
 Voice over IP (VoIP)
 Switches
 Routers
 Terminals
 Back Office Retail & Branch
Offices
 Cash register
 Terminal points
 Surveillance systems
 ATM, Kiosks
 Diagnostic Equipment
 Computed Tomography (CT)
 Magnetic Resonant
Imaging (MRI)
 Other lab equipment

44. Smart-UPS VT Product Design Benefits
Battery Module
Scalable for more runtime and is hot
swappable for easy replacement by
trained users
Multiple Form Factor
Options
Wide and Narrow
tower models,
and units without
batteries (400V only)
Power Module
A unique slide in/out
concept makes it easy to
replace the entire module
UPS Network Management Card with
Environmental Monitoring
Provides remote management of the UPS by
connecting directly to the network via web
browser

45. Smart-UPS VT Product Design Benefits
Busbar Connections
Easy access to all wiring
connections assures ease of
installation
Dual Mains Input/Output
Allows for connection to 2
separate power inputs for
increased availability
Maintenance Bypass Switch
Ensures easy maintenance, saving the
cost of an external panel without risking
downtime. Accessible from front also for
ease of
Double Conversion On-
Line Topology
Provides zero transfer
time and tight
voltage/frequency
regulation

46. Smart-UPS VT User Interface Design Benefits
ESC Key
Return to previous menu
item
Enter Key
Selects current menu item,
confirms a change,
equivalent to your
computer keyboard
UP and DOWN Navigation
Keys
Enables easy navigation
through menu items and
access to information such as
menu, status, mode change
and set point adjustment
Consistent User Interface
Same user interface across all APC UPS,
Cooling and environmental monitoring
products. Provides ease of use
Help Key
Provides instructions
for ease of operation so
the user will not need to
consult the manual for
simple questions and
definitions
Status Lights
For instant overview;
Indicates current
system status, warnings
and alarms
independent of LCD
display
Display
Shows all status and control
information, backlit for high
visibility

47. Smart-UPS®
VT Parallel Operation
Parallel Operation –
Connect as many as 4
units in parallel for
either redundancy or
capacity
Utility
Input
UPS A
Communication
UPS CUPS B
Load

48. Left-hand bar
Quick link other
functions
Left-hand bar
Quick link other
functions
Main Status Screen:
Overview of key functions;
UPS, card and environment
surrounding the UPS
Main Status Screen:
Overview of key functions;
UPS, card and environment
surrounding the UPS
Browser Accessible
Allows you to
remotely manage
and control your
UPS
Browser Accessible
Allows you to
remotely manage
and control your
UPSGraceful
Shutdown
Allows
unattended
shutdown to
prevent
potential data
corruption
Graceful
Shutdown
Allows
unattended
shutdown to
prevent
potential data
corruption
Smart-UPS VT Integrated Management Card

49. Smart-UPS Available Services
Start Up Services
Ensure that Smart-UPS
VT is configured for
optimal performance.
Available as 5x8 or 7x24
scheduling.
On Site Services
A factory trained technician
will arrive on site to
diagnose or repair your
APC equipment. Available
in Next Day, Next Business
Day and 4 Hour response
times
Warranty Upgrades
Upgrade to Next Day or 4
hour response (where
available) to increase your
application availability
Remote Monitoring Service
Enables IT and Facility
Managers to meet service level
objectives and minimize cost by
tapping into APC’s experienced
staff of Power Professionals
Warranty: 1 year on-site (parts, labor and travel, Next Business Day response)*
* When APC performs start-up

50. Smart-UPS VT Selection
 APC UPS Selector
 Finds UPS based on your
requirements for
- Load
- Operating Voltage
- Expansion needs
- Runtime needs
- Form factor
- Redundancy
- Region / site voltage

51. Smart-UPS VT Options and Related Products
External Battery Enclosure
Line-up and match batteries
with hot swappable battery
modules for optimized battery
investment
Maintenance Bypass
Panel
Floor mount and wall
mount panels available
with or without distribution
options
Battery Temperature Sensor
Monitors the temperature of 3rd
party batteries
Conduit Box
Ensures easy and safe
connection of input
cables. Already included
with 208V
Baying Kit
For easy baying of XR
battery enclosures to
UPS, XR to XR, or UPS
to UPS (for parallel
operation)

52. Smart-UPS VT Summary
Compact 3-Phase Power Protection with scalable runtime for small data
centers and other business critical applications
Over 10 million currently installed – now available in three phase
Smart-UPS VT now includes parallel capability
 Agility:
 Fully assembled and tested system speeds deployment time.
 Options allow easy expandability for enhanced capability.
 Flexibility
 Add capacity as needed with new parallel capability
 Add batteries for increased runtime
 Availability:
 Redundant mains connection and built-in maintenance bypass provide
high system availability
 Additional internal battery capacity for longer runtimes
 Total cost of ownership:
 High efficiency at modest load levels minimizes energy use
 Compact design provides better utilization of floor space
 Power factor corrected input reduces cost upstream equipment costs

54. Data Centers Needs
• Efficiency
• Cost
• Flexibility
• Modularity
• Reliability
• Low OPEX and CAPEX

55. The occupancy of a Data center
increases in a period of time and needs
an infrastructure that is flexible and
efficient in all the working conditions
Data Center Growth
(*) ASHRAE

56. Different Cooling Solutions

57. Different Cooling Solutions
Up to
40 kW/ Rack

58. Integrated Solution
Chiller Free Cooling
Raised Floor
Supervision and Control

59. Critical elements for the Efficiency
Close Control Chiller Regulation Distribution
EC Fans Free Cooling Active Stand By and Load Sharing
Pressure Control
Under the raised
Electronic Expansion
valve
Intelligent Free Cooling Disharge Temperature Control Active Distribution
Integrated
Dehumidification
Oil Free Technology Dynamic Setpoint Monitoring
Tandem Compressors Efficient Refrigerants Master Control
Energy Saving EC Fans Partial Load Management
Efficient Refrigerants Tandem Compressors

60. Hot aisle – Cold aisle
Up to
5 kW/Rack

61. Automatic modulation of the air flow based on the real
thermal load of the room
• Highly efficient fans (E.C.)
• Local microprocessor with temperature monitoring of
the server (suction or discharge)
• Directional vanes to maximise the air flow (2 sections)
• Weight bearing grille
• Modular dimensions (600x600)
• Compatibility with a Raised Access Floor
Active Distribution - Active Floor

62. Automatic Floor Pressurization System
Management of airflow based on pressure available under the raised floor.
This solution, modulating automatically the fan speed, permits to adequate the fan
power consumption to the real situation of the room.
Hot
aisle
Hot
aisle
Cold
Air
Blade Server
Rack
Blade Server
Rack
Ceiling / duct
Suction
plenum
Pressure Sensor Pressure Sensor

63. Discharge Temperature Control
20-25°C
20-25°C
20-25°C35°C
35°C
35°C
35°C
• Chilled Water Close Control units equipped with discharge Temperature Control permits to
optimize the control of Cold Aisle and to optimize the Energy Efficiency

64. EC - ElectECronically Cmmutated fans
Leonardo Evolution offers the possibility to choose between
two different types of Backward Curved Fans: standard
asynchronous on T**R units and Brushless Electronic
Commutation on T**V units.
Brushless electronically commutated fans give great benefits
EC - Electronically Commutated fans

65. Why choose EC Fans?
Lower Running costs compared to the
traditional backward curved fans
More flexibility for the adjustment of fan speed
based on the real needs of aeraulic circuit
More flexibility for the management of chilled
water running mode
High performance with low noise, thanks to a
particular shape of this last generation impeller
Starting current lower than nominal current
Continuous fan speed regulation from the
microprocessor

66. BRUSHLESS DC motors are commutated electronically (by circuits)
Therefore we can say they are...
E
C
LECTRONICALLY
OMMUTATED
What is an EC motor?

67. General design of EC-motors
BRUSH DC motor
requires carbon brushes
to commutate (drive) motor
BRUSHLESS DC motor (= EC motor)
no carbon brushes required
⇒ extremely long service life, commonly over
80.000h
⇒ limited operating hours, few 1000h

68. Three phase EC motor
commutation logic
T1 T4T3
T4T2
T3T1
T2
=
UDC
QH2
0
ϑ
T6T5
T6
T5
V
W
QH1
QH3
U
N
S

69. Input voltage range: 380-480VAC
Frequency: 50 or 60 Hz
Input power: max. 3kW
Protection: IP54
Ambient temperature: -20 bis +55°C
-20 bis +60°C
with cooling
Motor details

70. 3~ Phase
Mains-
supply
0 - 10 V Input
0 -10 V
Input
3~ Phase
Mains-
supply
PE(2x)
Motor details

71. Advantages integrated Electronics
wide supply voltage range
energy saving
infinite speed control
easy to wire up and commission
very low noise
according to European and
international norms
Characteristics
PFC passive (complies with EN61000-3-2)
Bus ebmBUS RS485
Control input 0-10 VDC @ 100 kΩ
Motor details

72. Lower absorbed power respect to asynchronous motor, by 15% at full
load and 45% as average, in a Uniflair CW unit.
Lower power Consumptions on Chilled Water
units
-45%
-47%
-57%
-45%
-48%
0
1
2
3
4
5
1000 1200 1700 2000 2500
Powerconsumption[kW]
-100%
-90%
-80%
-70%
-60%
-50%
-40%
-30%
-20%
-10%
0%
BCF EC-fans BCF fans delta %

73. Lower absorbed power compared to an
asynchronous motor in a Leonardo Max
Chilled Water unit.
Electronic Commutation Fans

74. Lower power Consumptions on Chilled Water
units
Energy Saving per Y ear
0
500
1000
1500
2000
2500
3000
0,02 0,03 0,04 0,05 0,06 0,07 0,08 0,09 0,1 0,11 0,12
En ergy C ost [€/kWh ]
EnergySavingperYear[€]
T*C V 1000
T*C V 1200
T*C V 1700
T*C V 2000
T*C V 2500

75. Lower absorbed power respect to
asynchronous motor, by 15% at full load
and 60% as average, in a Uniflair DX
unit.
Lower power Consumptions on Direct
Expansion units
-73%
-64%
- 44% - 36%
-0,5
0,5
1,5
2,5
3,5
4,5
5,5
721 1121 1422 1822
Powerconsumption[kW]
-100%
-90%
-80%
-70%
-60%
-50%
-40%
-30%
-20%
-10%
0%
BCF EC-fans BCF fans delta %

76. Lower absorbed power compared to an
asynchronous motor in a Leonardo Max
Direct Expansion unit.
Electronic Commutation Fans

77. Lower power Consumptions on Direct
Expansion units
Energy Saving per Year
0
500
1000
1500
2000
2500
3000
0,02 0,03 0,04 0,05 0,06 0,07 0,08 0,09 0,1 0,11 0,12
Energy Cost [€/kWh]
EnergySavingperYear[€]
T*AV0721
T*AV1121
T*AV1422
T*AV1822

78. Brushless electronically commutated fans
implemented on Leonardo Max give great benefits in
terms of:
•High Efficiency
•Very high reliability (brushless)
•High performance with low noise
•Starting current lower than nominal current
•Continuous fan speed regulation from the
microprocessor
Electronic Commutation Fans

79. Advantages:
1. Fan Power Consumption reduction
2. Dynamic management of the room conditions
3. Monitoring of the room needs
4. Airflow management during all the room life cycle
Automatic Floor Pressurization System – AFPS

80. Active Stand-By
Standby
ON
1 2 3

81. The ever increasing requirement for
reliability of the Mission Critical
installations has led to the necessity for
water chilled units with integrated
double circuit and double power supply.
Reliability

82. Annual energy saving
Intelligent free-cooling
 Compared to traditional free-cooling:
up to 7%
 Compared to a traditional installation:
up to 50%

84. 1. Spain - Telefonica and Colt
2. Holland - Interxion, Sara Supercomputer, Defense Ministry
3. Germany - DKRZ Hamburg
4. Germany – Bundespolizei Munich
5. Sweden - VM Data
6. Italy - Telecom
7. Italy – Cineca, Brennercom
8. Ceck Republic - SITEL
9. England - Colt
10. England - Goldman Sachs
11. England - Fidelity Investments
12. France - France Telecom
13. India - Fiat Pune
14. India – Avaya
15. India – IBM AMD
16. Argentina – Telecom Argentina
Some HD RefereInnces…

85. Raised Flooring From UNIFLAIR- Italy

86. Uniflair- Raised Flooring
 Different sizes to suit requirement
 Global Switching center raised flooring

87. Uniflair- Raised Flooring

88. BARCO – CONTROL ROOM DISPLAYBARCO – CONTROL ROOM DISPLAY

89. MILLER Comfort Air-Con Technovation
Dehumidifier

90. AKCP SENSOR & PROBE

91. SRI – Fire Suppression System

92. IDTECK Access Control System

93. ELITAR – DVR & CCTV

94. REFERENCE SITES : Raised Floor - Power and Data Cabling

95. Industrial sockets Voltage Stabilizer

96. Reference Site - Telecom Data Centre

97. ReferenceReference DRDR SiteSite (PAC, UPS, Racks )(PAC, UPS, Racks )

98. APC Rack- MGE UPS - UNIFLAIR PAC - ORTEA AVRAPC Rack- MGE UPS - UNIFLAIR PAC - ORTEA AVR

99. Reference Site

100. Contract Signing-NCCBLContract Signing-NCCBL

101. Signing Agreement with UCB for BARCO

102. Miguns/Patimas Jv. – BRAC Signing agreement
for Data Center

103. MIGUNS TECHNOLOGIES
Total Solutions for Data Center

104. THANKS
“ We strive to meet customer satisfaction”