,TRL3707 Assessment 4 2024 Semester 2 ;100 %
TRUSTED workings, Expert Solved, Explanations
and Solutions.
QUESTION 1 1.1 Discuss functional deliverables of transport
management system that may assist in improving energy supply
in South Africa (SA). Justify the discussion using examples from
the case study. (2½ marks for theory, 2½ marks for case study
application) [5] 1.2 Elaborate on the role of inventory
management in planning and mitigating uncertainties of energy
supply in SA. Justify your discussion with examples from the
case study. (3 marks for discussions, 3 marks for case study
examples) [6] 1.3 Identify and discuss the type of warehouse
that is used by energy supply in SA. Give examples from the
case study. (2 marks for theory, 2 marks for case study
application) [4] Total 15 marks TRL3707/001/3/2024 5
For QUESTION 1 based on the transport and logistics
management context in South Africa's energy supply:
1.1 Functional deliverables of a transport management system
(TMS) that assist in improving energy supply in South Africa
Theory (2½ marks):
A Transport Management System (TMS) plays a crucial role in
streamlining the logistics involved in energy supply, ensuring
timely and efficient delivery of fuel, gas, or electricity
infrastructure components. The key functional deliverables of a
TMS that can improve energy supply include:
, 1. Route Optimization: TMS helps identify the most efficient
routes to reduce fuel consumption and transportation
time, which is critical in delivering energy supplies
promptly.
2. Load Planning: It ensures maximum vehicle utilization by
efficiently planning loads, which reduces the number of
trips and operational costs.
3. Real-Time Tracking: This feature allows energy providers to
monitor the location and condition of fuel or energy
infrastructure components, ensuring they arrive on time
and in proper condition.
4. Cost Management: TMS offers detailed insights into
transportation costs, helping energy companies manage
budgets and minimize operational expenses.
5. Compliance and Safety: Ensures that transport is
compliant with regulatory standards, especially when
transporting hazardous materials like fuel.
Case Study Application (2½ marks):
In the case study, Eskom or another energy provider in South
Africa could benefit from implementing a TMS by optimizing the
delivery of coal to power stations, ensuring that power plants
do not face shortages due to logistical delays. For instance, real-
time tracking would allow Eskom to monitor the movement of
coal trucks, ensuring that delivery timelines are adhered to and
reducing the risk of power cuts due to supply chain disruptions.
TRUSTED workings, Expert Solved, Explanations
and Solutions.
QUESTION 1 1.1 Discuss functional deliverables of transport
management system that may assist in improving energy supply
in South Africa (SA). Justify the discussion using examples from
the case study. (2½ marks for theory, 2½ marks for case study
application) [5] 1.2 Elaborate on the role of inventory
management in planning and mitigating uncertainties of energy
supply in SA. Justify your discussion with examples from the
case study. (3 marks for discussions, 3 marks for case study
examples) [6] 1.3 Identify and discuss the type of warehouse
that is used by energy supply in SA. Give examples from the
case study. (2 marks for theory, 2 marks for case study
application) [4] Total 15 marks TRL3707/001/3/2024 5
For QUESTION 1 based on the transport and logistics
management context in South Africa's energy supply:
1.1 Functional deliverables of a transport management system
(TMS) that assist in improving energy supply in South Africa
Theory (2½ marks):
A Transport Management System (TMS) plays a crucial role in
streamlining the logistics involved in energy supply, ensuring
timely and efficient delivery of fuel, gas, or electricity
infrastructure components. The key functional deliverables of a
TMS that can improve energy supply include:
, 1. Route Optimization: TMS helps identify the most efficient
routes to reduce fuel consumption and transportation
time, which is critical in delivering energy supplies
promptly.
2. Load Planning: It ensures maximum vehicle utilization by
efficiently planning loads, which reduces the number of
trips and operational costs.
3. Real-Time Tracking: This feature allows energy providers to
monitor the location and condition of fuel or energy
infrastructure components, ensuring they arrive on time
and in proper condition.
4. Cost Management: TMS offers detailed insights into
transportation costs, helping energy companies manage
budgets and minimize operational expenses.
5. Compliance and Safety: Ensures that transport is
compliant with regulatory standards, especially when
transporting hazardous materials like fuel.
Case Study Application (2½ marks):
In the case study, Eskom or another energy provider in South
Africa could benefit from implementing a TMS by optimizing the
delivery of coal to power stations, ensuring that power plants
do not face shortages due to logistical delays. For instance, real-
time tracking would allow Eskom to monitor the movement of
coal trucks, ensuring that delivery timelines are adhered to and
reducing the risk of power cuts due to supply chain disruptions.
