Operations and Maintenance of Telecommunication Power System
5 DAYS
INSTRUCTOR LED WORKSHOP
“OUR COURSES CAN BE SPECIALLY TAILORED TO ADDRESS YOUR REQUIREMENT – TELECONTRAN”
COURSE OBJECTIVES
Telecommunication Power System is a crucial element of any communications network and it is one of the few elements capable of causing a total failure or malfunction of even the most sophisticated network. Cellular networking systems require huge amounts of power, and in many markets, grid power is unreliable, making diesel fuel the next best choice. Not only is replacing energy from the grid with solar energy and offsetting fossil fuel sources like diesel environmentally responsible, but it can provide telecommunications companies with higher shareholder value and lower operating expenses.
This workshop is a comprehensive 5 day course will be covering the various size of diesel generator, battery bank, charger, AMF, power monitoring, inverters, UPS, standards, including IEC and IEEE as well as best practice. In addition, that course will be included maintenance data log preservation and analysis data for forecast. This workshop is a highly focused and in-depth training provided by the industry experts along with the relevant updates from the research team.
After successful completion of this workshop, participants will be able to:
- Understand the working principal of Telecommunications Power operation and maintenance and the global telecom incorporated standards.
- Explain the fundamental concepts of power system equipment and reliable supply and maintenance.
- Sketch necessary elements of Telecom Power Systems, such as, Diesel Generator, Batteries, Air Conditioning system, UPS, Inverters, Circuit Breakers etc.
- Illustrate Lightning and Surge Protection System as well as Earthing and Grounding requirements.
- Integrate all power system to alarm monitoring system or centralized monitoring system.
- Learn Standards and best practices.
COURSE CURRICULUM
This program is designed for directors, managers, engineers, technicians, in a word for professionals from telecom operators, vendors, regulators, defense or oil/gas industry who are engaged in installation, inspection, operations, monitoring and maintenance of the equipment related to power or energy sector.
Introduction to Telecom Power System
- Power Supply in Telecom and ICT sector
- Power Quality
- Industrial Revolution and Industry 4.0
- Telecommunication Power Setup
- Eco Sustainable Network Solution
Stand By Diesel Generators and Diesel engine
- Diesel Generator
- 2 stroke engine
- 4 stroke engine
- Cooling method
- external cooling
- Internal cooling
- External cooling
- Cooling surface by air
- Cooling water by radiator
- Internal cooling
- Lube oil
- Cylinder head
- Exhaust gas valve
- Air intake valve
- Manifold
- Flywheel
- Crankshaft
- Rocker arm setting
- Dynamo
- Oil cooling pump
- Coupling
- Flexible coupling
AC alternator
- Stator
- Rotator
- Single phase and 3 phases
- Automatic Voltage Regulator
Operation Protection and Monitoring
- Load Current Calculation
- Low lube oil pressure
- Cooling water temperature
- Exhaust gas temperature
- Leakage current
- Overcurrent
- Troubleshooting
- Lube oil pressure
- Cooling water temperature
- Engine speed
- Energy meter (kW, V, I, Hz)
Telecom Power System Products, Its Inspection and Daily Analysis
- Telecom Power System Products
- Perfect Inspection Report
- Inspection findings
- Performance Data
- Managing Spare Parts
Lightning Protection System and Electrical Earthing / Grounding
- Lightning components
- Rod or air terminal
- Conductor or cable
- Ground Rod
- Lightning protection facts
- Lightning Do and Don’t
- Damage to Tower
- Damage to Appliance
- Lightning grounding
- Earthing components
- Earthing design
- Types of Earthing Systems
- Link resistance
- Risk assessment
- Troubleshooting
Telecom Batteries and VRLA Batteries
- VRLA SMF batteries
- lithium ion batteries
- O&M of the batteries
- troubleshooting
- SMPS Rectifiers
- MPPT Hybrid Rectifiers
- Troubleshooting
- Basic O&M on the Battery Chargers
- Stages of Battery Charging Algorithm
AMF Panel and RMS Facility
- AMF and ATS Panel
- Sequence of AMF/ATS Operations
- Monitoring and Controls
- Power and Data Analysis
VoIP and Power over Ethernet (PoE)
- Converged Networks
- VoIP Phones Powering
- PoE Switch Power
Harmonic Reduction
- Harmonic Filtering
- Examples, verify data
Power Factor Correction and Grounding
- Auto correction
- Electrostatic Discharge Control
- Earthling resistance affecting factor
- Inspection frequency
Solar Power and Wind Power
- Solar Energy
- Electricity generated in PV System
- How Wind power works
- Wind power calculation
Air conditioning system in Telecommunication
- Determination of heat loss
- ACMV Air Conditioner
- Indoor FCU Determination
- Outdoor Unit (CU) Determination
- Fresh and exhaust air flow
- HVAC Air Conditioner
- Next Generation HVDC System
- Dual Duct Variable Air Volume – DDVAV
UPS
- UPS working methodology
- Types of UPS
- UPS Selection Criteria
- 1 phase input and 1 phase output
- 3 phase input and 3 phase output
- Capacity and charging time
- Data Centre UPS
- Advantage and efficiency
- Troubleshooting
- Data Centre Energy Saving
Inverters and Circuit Breakers
- Inverter working methodology
- Available features
- Parameter setting
- Troubleshooting
- Circuit Breakers
- MCB vs. MCCB
- Configuration and wiring
- Suitable Circuit Breaker Size
Standards
- IEC best practice and legislation
- Other Standardization Bodies
- IEEE standards
Alarms, Monitoring and Measuring tools
- Proactive Alarm Management
- Hard protocol instrument
- Data log function and report printing
- Monitoring and Measuring Tools
- Power analyzer
- Process calibrator
- Smart Sensors
- Infrared Cameras
- Insulation Resistance (IR)
Cost Saving Hybrid Telecom Power System and Future Telecom Power Target
- Hybrid Telecom Power system
- Advantage of Hybrid Power Solution
- Impact of 5G on Telecom Energy Sector
- 5G Telecom power target
TRAINING/WORKSHOP | DURATION | TRAINING DATE | LOCATION |
Operations and Maintenance of Telecommunication Power System | 5 Days | 18th Nov. - 22nd Nov., 2024 | Bangkok, Thailand |
OUR HAPPY CLIENTS
WHAT OUR CLIENTS SAY ABOUT TELECONTRAN !!
The workshop exhanced my knowledge about solar power calculations, power consumption, earthing, different ways of power outage, lightning foundation, surge protection etc.
Very well explained the power terms that are required by telecom network.
Covering overall power plant system used in Telecommunication as well the planning and proessing of the power system, I must say the course was very much useful in learning about Telecom Power System.
It covered all the aspects of telecom tower from the site survey, types of tower, OPEX and CAPEX of a tower site, construction of tower and maintenance plan plus safety procedures.
It was very informative sessions and have learnt a lot about Telecom Tower.
