SOLAR WATER TRAINING PHASE WORKSHOP 28 August 2018 Presented by: Felicity Mabanga
SOLAR WATER TRAINING PHASE WORKSHOP
28 August 2018
Presented by: Felicity Mabanga
Table of Content
SECTION ITEM
1. Introduction
2. Energy and Water SETA role
3.
Accredited Training Requirements
3.1. Solar Water Heater Unit Standards
4.
Training Facilitation Process
4.1. Objectives
5. Closing Remarks
6. Way Forward
7. Q&A
Introduction
• The EWSETA will commence with the Implementation of the SWH Programme Training of
Installation, subject to DoE and the DoL remaining the accountable party to their respective
Executive Authority, in order to enable the accelerated roll-out of new solar water heater
installations in residential dwellings in areas designated by municipal authorities across the
country.
• The Parties agree that the EWSETA shall be responsible for achieving pre-determined key
milestones and targets set in the Training Implementation Plan subject to the availability of
adequate Training Implementation Budget.
Energy and Water SETA Role
Responsibilities of the EWSETA
• Implement assessment for the selected learners; upload learners’ information to the EW
SETA Learner Management System, where applicable; and subject to the necessary
resources made available, to undertake the training phase of the SWH Programme in
line with the SAQA standards designed for the installation of hot water geyser
installation
• Through its procurement policies and the PFMA, source and/or appoint the Accredited
Training Institutions with extensive knowledge and experience of the energy sector and
in particular the solar water heater sector and value chain
• Work very closely with the DoE to ensure synergy between the SWH Supplier
contracted by the DoE and the appointed accredited Training Consultants or Service
Providers or Institutions
• Ensure quality assurance standards of the EWSETA are understood and implemented
by all Training Service Providers
• Develop and Implement a Training Monitoring and Evaluation Plan to enable all the parties to
track progress whilst the EWSETA will ensure proper monitoring and evaluation of the roll out
of training undertaken by all appointed Training Service Providers
• Provide monthly progress training reports required on all training milestones or deliverables in
line with the approved Project Implementation Plan. Such training records shall be
disaggregated to ensure that monitoring of the different categories of trainees such as
women, youth and people with disabilities statistics can be verified
Responsibilities of the EWSETA
SWH Accredited Training
Requirement EWSETA – Training
Facilitation Process and Training
Implementation Plan
Accredited Training Requirements
Solar water heating (SWH) is the conversion of sunlight into heat for water
heating using a solar thermal collector. A variety of configurations are
available at varying cost to provide solutions in different climates and
latitudes. SWHs are widely used for residential and some industrial
applications
Providers must be accredited to provide Unit Standards with the relevant ETQA or
ETQA that has a Memorandum of understanding in place with the relevant ETQA.
Skills Development Providers must have a functioning Training centre that have
Facilitators and Assessors that are registered with the EWSETA
Accredited Training Requirements
UNIT STANDARDS FOR SOLAR WATER HEATING
Training Facilitation Process
Inductions
Induction refers to action
or process of inducting
someone to a training.
A brief description of
the learning.
Time frame for
completion.
Learner Code of
Conducts
A final column to
record the completion
of the learning
Host Employer
Registration
Learner information
will be validated by
the EWSETA official
Information will be
loaded on the MIS
system.
Proof of registration
will be issued once
the learners are
loaded.
Training
THEORY
The learners will be in class for 4 weeks (20 days)
PRACTICAL
The learners will be doing practical for 3 weeks (15 days)
SUMMATIVE ASSESSMENT
The learners will be assessed for a day
EXIT LEVEL OUTCOMES
Assessors must be registered as assessors with the
EWSETA Quality Assurance and Compliance. Providers must
also be accredited as providers with EWSETA Quality
Assurance and Compliance. Providers will primarily use their
own qualified staff as assessors but may, if they wish make
use of tutors and/or outside accredited assessors or
assessment agencies provided that the provider monitors the
process.
Internal and external assessors must have an appropriate
Qualification at least one level above the level of the
Qualification or appropriate experience in plumbing.
These Unit Standards will be internally assessed and
externally moderated by a moderator registered by the
EWSETA Quality Assurance and Compliance.
The learner's performance/results should be moderated by
one or more external moderators. Moderators should report
not only on the standard of achievement but also on the
validity and reliability of the assessment strategies, design
and criteria in relation to the Unit Standards.
The learner's performance/results should be moderated by
one or more external moderators. Moderators should report
not only on the standard of achievement but also on the
validity and reliability of the assessment strategies, design
and criteria in relation to the Unit Standards and the purpose
and Exit Level Outcomes of the Unit standards.
Monitoring
Monitoring refers to a
periodic evaluation of
skills development
providers’ performance.
It is a process of
ensuring compliance and
validating provider
practices against set
accreditation criteria and
requirements.
Monitoring will be
conducted by a Subject
Matter Expert (lead
auditor) and the
EWSETA Official.
The Monitoring will be
conducted and the
findings are recorded
Objectives
The EWSETA will issue statements of Results with credits for the learners if found competent.
The learner will be able to install solar equipment and maintain them.
Apply known solutions to familiar and well defined problem related to working in the electrical
field with basic understanding of forms of energy and safety environmental awareness.
Reduce maintenance cost.
To maximize the use of renewable and natural resources in the building environment.
Understand energy conversion in solar cells and when it is in motion.
Thank You