MV & LV Electrical Reticulation

12 - 16 August 2024
Sandton Centre Johannesburg South Africa

MV & LV Electrical Reticulation

Register Now! Limited Seats Available!

R16, 999.00 Per Delegate

Course overview:

The demand for technical skills and expertise in the field of electrical MV/LV reticulation is increasing. It is the responsibility of companies, industries and municipalities to improve and educate their workforce in order to flow with the technological trend in MV/LV reticulation.

Nowadays, several methods of MV/LV reticulation have been developed, for instance philosophies like SWER-phase, phase-to-phase systems, single-phase and dual phase systems have evolved as the most cost effective systems. However, methods of MV/LV electrical reticulation are not always the same in different environment, therefore in-depth knowledge of reticulation methods is required by a designer in order to design system that will provide maximum return on investment, considering capital cost as well as operations and maintenance costs.

The course will equip engineers, technicians, planners etc. with essential knowledge and state-of-the-art MV/LV reticulation planning, design and design tools, Installations and maintenance. It will also help participants:

    • To perform fault level calculations and to select appropriate size of MV/LV reticulation equipment such as transformers, Breakers, fuses, cables e.t.c
    • To comprehend the design and application of protection schemes to any component of MV and LV Reticulation system such as overhead power lines, underground cables, power transformers and substation busbars.
    • To be able apply effective and non-effective earthing to any medium voltage and Low Voltage Reticulation Networks, etc.
    • To understand and apply appropriate techniques in design and installation of power reticulation within building

Targeted Audience:

    • Electrical Engineers/Technicians/Technologists
    • Electrical reticulation supervisors/technicians,
    • Distribution system planners,
    • Maintenance managers,
    • Power system consultants,
    • Building planners/managers.
    • Electrical workers
    • Electrical contractors

Course Outline:

Introduction to MV/LV reticulation

    • Introduction to Life cycle of an electrical network;
    • Reticulation requirements
    •  Introduction to Load forecasting,
    • Power supply characteristics of MV network
    • After Diversity Maximum Demand (ADMD) estimation;
    •  MV/LV Reticulation requirements for Overhead and underground reticulation;
    • Electrical Reticulation Networks (Urban/Rural);
    • Low Cost Reticulation Systems

Planning, design and upgrade of MV/LV reticulation

    • Design and Construction of network assets;
    • Planning procedure;
    • Planning and designing of electricity supply system; Residential distribution planning and design
    • Design tools;
    • Design calculations;
    • Design concept of 33/11 kV new substation
    • Upgrade of Existing system (MV & LV)

Protection scheme philosophy and selection

    • Short circuit performance of protection devices;
    • Selection of Protection schemes:
    • Feeders Protection Schemes;
    • Transformers Protection Schemes;
    • Bus Bar Protection Schemes;
    • Generators Protection Schemes etc
    • Course activities

MV/LV Reticulation Earthing

    • Introduction to earthing;
    •  Objectives of earthing;
    •  Earthing Fundamentals;
    •  Different Methods of Power System Earthing;
    • MV/LV Earthing;
    • Earthloop impedance
    • Transformer MV/LV earthing;
    • Surge arrester;
    • Material for earthing application;
    • Substation earths design, step potential, touch potential, GPR, etc

Design and construction of Overhead reticulation system

    • Need for proper design,
    •  physical loadings and conditions to be considered when designing,
    •  factors in line design,
    •  selection of insulators, conductors, cross arms, poles, stays etc;
    •  designing a line from scratch;
    • selection of conductor sizes;
    • minimum requirements for selection of line/cable for specific application;
    •  types of aluminium overhead conductors;
    • special conductors; cable conductors; MV Towers

Design and construction of underground reticulation system

    • General Specification for Underground Electrical Reticulation;
    •  Load consideration;
    • Cable and cable selection;
    • Cable Faults and protection;
    •  Cable installation methods

 Power Reticulation within building

    • Introduction to power distribution in buildings;
    • Distribution system configuration
    • The vertical supply system (rising mains);
    • The horizontal supply (distribution at each floor level).
    • Selection of switchgear;
    • transformer and switchgear location;
    • Arrangement of rising main
    • Constructional Details of 11/0.4 kV Distribution Substations
    • Emergency generators
    • Uninterruptible Power Supply ( UPS )
    • Calculations
    • Course activities

End of the workshop



While both In-House and Online training can present with cost-effectiveness and time-efficacy, there are some very specific differences between in-house courses and those based online.
The demand for additional courses by individuals or groups of people is increasing. Still, it depends entirely on the preferences of a person what type of training he or she wants to receive. Online courses and in-house training carry some similarities but they are considered to exhibit some very pivotal differences too. Despite that, both types of learning can be really beneficial for attendees.

For Registration and other Training arrangements,
contact us on the detail below.

SOUTH AFRICA : +27 11 057 6001
TANZANIA Cell: +255 769 688 544
WhatsApp +27 79 574 0389 /