1. Inala technologies site infrastructure management

2. About inala technologies

3. WHAT MAKES INALA RMS DIFFERENT
Team of highly skilled individuals with 5-10 years plus hybrid power experience
Ownership of both hardware and software/firmware intellectual property
Installed footprint – Close on 30 countries, 18 network operators and 18,000 units
Ability to adapt and customise based upon customer unique/individual requirements
Remote management and customised reports
Optional GPS tracking
Integration into various northbound NMS platforms
Above resulted in wide range of product offerings and applications
Compatibility with most retrofit applications or green field implementations
Total solution – installations, project management and SLA’s
SITE INFRASTRUCTURE MANAGEMENT

4. System overview
SITE INFRASTRUCTURE MANAGEMENT

5. Site infrastructure management
An introduction to the SAM2 Rms

6. Typical RETROFIT HYBRID CONTROLLER – sam2 RMS
Typical RMS BOQ
Main Control Unit (indoor/outdoor)
Fuel Management (fuel/water/tank lid sensor)
Aircon Control Switch – temp regulation
Free Cooling Ventilation
Humidity/Temperature Sensor
Mains/Phase/Frequency Monitor
Current Probe – Battery SOC
Utility Meter
Free cooling
Main Control Unit
Free cooling
Fuel Probe
Water in Diesel Sensor
Utility Meter
Temp Sensor
Aircon Control Switch
Current Clamp
MPF Monitor
Tank Lid Kit
SITE INFRASTRUCTURE MANAGEMENT

7. Alarm Monitoring Sensor Alarm Inputs Available Movement Intruder
AC Mains Fail
AC Phase Fail
AC Frequency
Aircraft Warning light Fail
Smoke
Rectifier Alarms
Low Battery
Utility Grid Fail
Generator alarms
Alarms user configurable
Sensors monitored – self diagnostics
RBS alarm Outputs:
24 x RBS Pix Outputs available
Size:
Indoor
19” Transmission Rack, 1.5u High and 300mm deep
Outdoor
IP65 metal enclosure
Dimensions: 300x341x66mm (LxHxD)
SITE INFRASTRUCTURE MANAGEMENT

8. Environmental Monitoring & control
SAM2:
Environmental Alarm Indications:
Aircon Temperature Fail
Aircon Power Fail
Multi Aircon Run
DC Fan Power Fail
High Temperature
Very High Temperature
Reduced Energy Cooling (Free Cooling)
Analog Values Available:
Reduced Energy Cooling Run Time
Aircon Run Time
Room Temperature & Humidity
Aircon Vent Temperature
Battery Bank Temperature
Outside Temperature
Environmental Control:
Control Environment in 2 rooms
(2 Aircons in each room)
Control up to 4 x Aircons in 1 room
Control up to 2 x DC Fans
SITE INFRASTRUCTURE MANAGEMENT

9. Energy Management and Control 1
Power Distribution
Statistical data of Utility Grid versus Generator versus Hybrid Hours
Data exported in excel format
Visual pie charts on a per site, city or region basis
SITE INFRASTRUCTURE MANAGEMENT

10. Energy Management and Control 2
Battery Management:
BTS Battery Voltage
Battery Charge Current
Battery Discharge Current
Site DC Load Current
Shared Vendor DC Consumption
Utility Grid/ Generator Power Management
Statistical data of Voltage per phase
Statistical data of Load Current per phase
Statistical data of total KwH consumption
SITE INFRASTRUCTURE MANAGEMENT

11. Fuel Management Fuel Consumption
Configurable fuel settings part of OPPEX savings report
Calculation based upon generator run hours
Actual or estimated values, based upon trending
Fuel Filling
Configurable fuel filling alarm threshold
Data exported in excel format
Visual fuel graphs for easy analysis
Fuel Siphoning
Configurable fuel siphoning alarm threshold
Data exported in excel format
Visual fuel graphs for easy analysis
SITE INFRASTRUCTURE MANAGEMENT

12. Hybrid control logic
SITE INFRASTRUCTURE MANAGEMENT

13. HYBRID power plant SOLUTION
Solar Panels
Wind Turbine
AC to DC Power Plant
Rectifier Unit
DC to AC Inverter
OPzV 2V Battery Cell
SBS 12V Battery Cell
IPMS
SITE INFRASTRUCTURE MANAGEMENT

14. IPMS: integrated power management
AVR: Automatic Voltage Regulation of the 3-Phase 230Vac Grid supply.
APS: Automatic Phase Selection to select the best of the 3 input phases to power the load.
ATS: Automatic Transfer Switching between 3 isolated 3-Phase 230Vac supply sources
AMF: Automatic Mains Fail detection of the 3-Phase 230Vac Grid supply with the purpose of starting and controlling the running of two independent standby diesel generators.
3-Phase SPD
3-Phase Circuit Breaker
AVR Unit
3-Phase DG1/DG2 ATS Unit
3-Phase Grid/DG ATS Unit
3-Phase Load
BTS/RBS
2 x 25W DG 12V Battery Chargers 24V/48V - DC Powered
3-Phase Utility Grid 230Vac Supply
DG #1
AMF Panel
Inala
SAM2 Hybrid Controller Unit
DG Control
DG #2
SITE INFRASTRUCTURE MANAGEMENT

15. Rectifier/inverter system:
PowerOne Rectifier System:
High efficiency 2,9kW per module up to 23,2kW in 19” 6RU
>95% typical efficiency
Leading power density of up to 31.3 W/in3
Rugged input voltage range
Thermal protection
Hot-swappable
PowerOne Inverter:
1.5kW in 19” 1RU
>93% typical efficiency
True sine wave output
Parallelable output of multiple units
5.0kW in 19” 2RU
SITE INFRASTRUCTURE MANAGEMENT

16. Wind turbines: Zephyr: All manufacturing and assembling is in Japan
Over 4000 deployed turbines on the international market through 40 distributors in 40 countries
Deployment in over 9 operators networks
Rated at 1 kW output at 12 m/s (26.8 mph)
Models:
Airdolphin Mark Zero 24 VDC
Airdolphin Pro 48 VDC
Airdolphin GTO 250VDC
Compact---Diameter of 1,8 m and 17,5 kg
Markets lowest cut-in wind speed (2,5 m/s)
Normal operations up to 50 m/s, withstands up to 65 m/s
AC/DC Inverter built in
Remotely control
5 years warranty, over 15 years life expectancy
SITE INFRASTRUCTURE MANAGEMENT

17. FUEL CELLS:
NEXT GENERATION EXTENDED RUN BACKUP POWER FOR TELECOM APPLICATIONS
The ElectraGen™ ME System is an extended run backup power fuel cell system, available in 2.5 kW and 5 kW configurations. These systems provide up to 40* hours reliable backup power for telecommunications applications.
The ElectraGen™ ME System includes a fuel reformer that converts methanol and water liquid fuel into hydrogen gas to power the unit. By generating its own hydrogen, the need for delivery and storage of bottled hydrogen is eliminated.
This system is designed for reliability, long autonomy and minimal maintenance
ADVANTAGES OVER DIESEL GENERATORS:
Reliable: Fewer Moving Parts Than Diesel Generator
Low Maintenance: Only Two Air Filters Once Per Year
Easy Refuelling: HydroPlus Liquid Fuel
Clean: Significantly Lower Emissions Than Diesel
Quiet
*ElectraGen METM system provides 40 hours at 5kW, 100 hours at 2 kW, or 200 hours at 1 kW on one standard tank of fuel (59 gallons).
SITE INFRASTRUCTURE MANAGEMENT

18. Batteries 1: vrla-AGM deep cycle type
Monbat:
Battery type
Voltage
Ri, mOhm
Isc, A
Nominal capacity C10
Dimensions L/W/H, mm
Weight, kg
Terminal posts
12MVR50TA
12 V
9.6
1300
50 Ah
395/105/255
21.0
M8 (1+1) FA
12MVR65TA
7.7
1620
65 Ah
23.0
12MVR80TA
6.4
1940
80 Ah
26.0
12MVR92TA
5.5
2280
92 Ah
395/105/286
32.0
12MVR100
5.2
2340
100 Ah
555/125/234
39.0
12MVR125
5.1
2380
125 Ah
555/125/324
53.0
12MVR150
4.3
2830
150 Ah
60.0
12MVR170
3.8
3320
170 Ah
59.0
6MVR200
6 V
1.37
4475
200 Ah
386/168/232
41.0
M8 (1+1) TA
4MVR300
4 V
0.81
5040
300 Ah
40.5
2MVR400
2 V
0.39
5330
400 Ah
32.5
M8 (2+2) TA
2MVR500
0.35
5940
500 Ah
38.0
2MVR600
0.31
6700
600 Ah
41.5
SITE INFRASTRUCTURE MANAGEMENT

19. Batteries 2: vrla-AGM deep cycle type
Enersys:
SITE INFRASTRUCTURE MANAGEMENT

20. Remote Management

21. Gsm communications: gprs/sms
SITE INFRASTRUCTURE MANAGEMENT

22. lan communications
SITE INFRASTRUCTURE MANAGEMENT

23. NETWORK MANAGEMENT: HIERARCHICAL VIEW
Hierarchy:
Logical grouping of sites according to region, city, site
Colour coded display of leaf nodes according to alarm severity
Optional geographical map overlay
SITE INFRASTRUCTURE MANAGEMENT

24. NETWORK MANAGEMENT: alarm surveillance
Ability to filter and group alarms according to severity
Keep an Audit trail of acknowledged alarms
SITE INFRASTRUCTURE MANAGEMENT

25. NETWORK MANAGEMENT: alarm VIEW
Availability of complete
site alarm information
before technician
call-out
Alarm history/trending
through playback feature
Configurable/Customised
alarm severity levels
SITE INFRASTRUCTURE MANAGEMENT

26. sam2 rms footprint Customer Base 30 Countries 18 Network Operators
African Footprint:
South Africa Benin Burkina Faso
Burundi CAR Chad
CongoB DRC Gabon
Ghana Guinea Kenya
Liberia Madagascar Malawi
Mozambique Niger Nigeria
Rwanda Sierra Leone Sudan
Tanzania Uganda Zambia
Zimbabwe
Asian Footprint:
India
Indonesia
Central American Footprint:
Guatemala
Haiti
Honduras
Customer Base
30 Countries
18 Network Operators
18,000 Units
SITE INFRASTRUCTURE MANAGEMENT

27. Thank you