QUALIFICATION DETAILS Qualification Title New Zealand Certificate in Renewable Energy System Design (Level 4) with strands in Grid-connect Systems (Photovoltaic) and Stand-alone Systems (Photovoltaic), and optional endorsements in Wind Energy Systems and Microhydro Systems Version 1 Qualification type Certificate Level 4 Credits 90-95 NZSCED 031301 Engineering and Related Technologies > Electrical and Electronic Engineering and Technology > Electrical Engineering DAS Classification 464 Engineering and Technology > Renewable Energy Systems Strategic purpose statement This qualification provides the small scale renewable energy systems sector with people able to operate as designers (including site assessors and client advisers) of either grid-connected or stand-alone systems at a technician level. For the purposes of this qualification: - Renewable energy systems must include photovoltaic systems, and may include other energy sources such as wind, and micro-hydro energy conversion systems. - Design consists of specification and selection of components, and determination of connection and installation requirements to meet client needs. The qualification has a focus on photovoltaic generation as this is the dominant technology that is common to the majority of systems. Optional endorsements in Wind Energy Systems and Micro-hydro Systems are available for those candidates who require training in these technologies. This qualification is suitable for candidates who have qualifications or comparable skills and knowledge in the electrotechnology sector, or for registered electrical installers or electricians wishing to enter the renewable energy systems sector. It is also suitable for sales consultants or project managers who wish to specialise in renewable energy systems. Outcome Statement Graduate profile Graduates of this qualification will be able to: - communicate professionally with clients to explain concepts of renewable energy resources and electricity generation systems, and to define system requirements - relate understanding of key concepts to the components, assessment, design, operation, and maintenance of renewable energy systems - describe low voltage and extra-low voltage direct current (d.c.) requirements and procedures for renewable energy systems - develop and maintain knowledge of current and emerging technologies within the renewable energy sector. Grid-connect Systems (Photovoltaic) strand graduates will also be able to: Qualification Reference 1938 © New Zealand Qualifications Authority 2013 Page 1 of 9 - explain grid-connected photovoltaic systems - analyse information and apply problem solving skills to design gridconnected photovoltaic systems - apply legislative and compliance requirements to the design of gridconnected photovoltaic systems. Stand-alone Systems (Photovoltaic) strand graduates will also be able to: - explain stand-alone photovoltaic systems - explain the requirements for use of secondary batteries for stand-alone photovoltaic systems - analyse information and apply problem solving skills to design standalone photovoltaic systems - apply legislative and compliance requirements to the design of standalone photovoltaic systems. Wind Energy Systems optional endorsement graduates will also be able to: - design a renewable energy system incorporating a wind energy system. Micro-hydro Systems optional endorsement graduates will also be able to: Education pathway design a renewable energy system incorporating a micro-hydro generating system. This qualification provides a specific skill set that may be built on, or lead to, other electrotechnology qualifications. To enter programmes leading to the award of this qualification, it is recommended that candidates already hold a qualification at Level 3 or higher on the NZQF that includes knowledge of electrical principles, circuits, and systems. Candidates who wish to specialise in the installation of renewable energy systems may progress to the New Zealand Certificate in Renewable Energy System Installation (Level 4) with strands in Grid-connect Systems (Photovoltaic) and Stand-alone Systems (Photovoltaic), and optional endorsements in Wind Energy Systems and Micro-hydro Systems [Ref: 1939]. Entry into any of the installation strands or optional endorsements of Ref: 1939 requires that candidates be graduates of the relevant design strand or optional endorsement in this qualification. Installation of renewable energy systems typically involves prescribed electrical work which will require the installer to hold an appropriate class of registration with the Electrical Workers Registration Board and a current practicing license. Candidates will require registration to graduate from and be awarded any of the installation strands in Ref: 1939. Completion of training towards Ref: 1938 and/or Ref: 1939 does not fulfill the requirements for electrical registration or a practicing license. Trainees who do not already hold registration will need to complete further training to fulfill these requirements. Employment pathway Graduates of this qualification will be able to work in the field of renewable energy systems at the level of a skilled design technician. Qualification Reference 1938 © New Zealand Qualifications Authority 2013 Page 2 of 9 With additional training, graduates will also be able to work as renewable energy system sales consultants or project managers. Qualification Developer The Skills Organisation Qualification Specification Qualification award The candidate shall be awarded the qualification by the accredited Tertiary Education Organisation (TEO) where the programme has been completed. The formal document certifying the award of this qualification includes the full qualification title, the date of award, and the logos of The Skills Organisation, the accredited TEO, and the NZQF. As the qualification developer, The Skills Organisation will maintain a list of graduates of this qualification. The TEO will annually report the names of all graduates awarded the qualification to The Skills Organisation. Review period By 31 December 2017. Any person or organisation may contribute to the review of this qualification by sending feedback to the qualification developer at reviewcomments@skills.org.nz. Evidence requirements for assuring consistency All Tertiary Education Organisations (TEOs) offering this qualification (either arranging training or delivering programmes) must participate in the Consistency Review. TEOs are to seek feedback from the renewable energy industry regarding their graduates meeting the qualification graduate profile outcomes. Evidence may come from: – Regular monitoring of trainee progression within either the TEO or the workplace including liaising with employers, teaching staff, training supervisors, and industry managers about the value of the training, graduates, and qualification, to the business. – Feedback from major employers, employers' associations, and relevant industry bodies to ensure their members involved in the renewable energy industry are satisfied with the qualification graduates. – Regular cross-industry meetings (Industry Advisory Groups) where the changing training needs of the industry can be discussed in light of technology changes, workplace practices, and graduate capabilities. – Surveys of graduates and employers to determine if the graduates are appropriate for the workplace. – Providing an alignment of programme outcomes or unit standards against the qualification outcomes. – Monitoring of results of the common assessment task. Guidelines for managing consistency are available and should be referred to on the NZQA website. Credit transfer and recognition of prior learning arrangements TEOs delivering programmes that lead to the award of this qualification may transfer credit and recognise prior learning in accordance with their own credit recognition policies and procedures. Qualification Reference 1938 © New Zealand Qualifications Authority 2013 Page 3 of 9 These policies and procedures, and information about associated fees, must be available to the applicant prior to enrolment. To facilitate credit transfer, education organisations must clearly demonstrate the equivalency or comparability between each of the outcomes in the graduate profile, and the assessment components of their programmes. Credit transfer will be automatic where standards on the Directory of Assessment Standards are used for assessment within programmes of study or training leading to this qualification. Minimum standard of achievement and standards for grade endorsements (where applicable) The minimum standard of achievement required for the award of the qualification will be: achievement of all graduate outcomes in the graduate profile through successful completion of an approved programme successful completion of the common assessment task for the strand that the candidate completes. Candidates must complete either the Gridconnect Systems (Photovoltaic) strand or the Stand-alone Systems (Photovoltaic) strand. There are no grade endorsements for this qualification. Prerequisites to meet regulatory body or legislative requirements There are no regulatory body or legislative requirements. Other conditions for qualification TEOs arranging training or delivering programmes towards this qualification must ensure that the training arranged and programmes of learning delivered, are kept up-to-date with regard to amendments to, and replacements of relevant legislation, regulations and Australia/New Zealand Standards (AS/NZS). Current standards can be accessed at http://standards.co.nz. Current legislation and regulations can be accessed at http://legislation.govt.nz. Programmes leading to this qualification must reflect current industry best practice. Programmes will include a core of four mandatory outcomes, totalling 45 credits, in addition to which each candidate must complete either a Gridconnect Systems (Photovoltaic) strand (45 credits) or the Stand-alone Systems (Photovoltaic) strand (50 credits). Candidates may also choose to complete the requirements for either or both of the Wind Energy Systems optional endorsement (an additional 10 credits) or the Micro-hydro Systems optional endorsement (an additional 10 credits). Conditions relating to specific outcomes Qualification Outcomes Conditions Qualification Reference 1938 © New Zealand Qualifications Authority 2013 Mandatory Page 4 of 9 (including indicative credit values for each outcome) Communicate professionally with clients to explain concepts of renewable energy resources and electricity generation systems, and to define system requirements or Optional Programme and assessment will include knowledge of: - the fundamental science of renewable energy resources, including energy potential, solar path, solar geometry, seasonal and dynamic meteorological variation, and effects of latitude - the technical and non-technical issues that impact on the uptake and use of renewable energy technologies (economic, social, environmental, political, technical) - techniques and software tools for estimating the energy yield from renewable energy generation system technologies for a given installation site - energy efficiency options for reducing system energy demand. (15 credits) Relate understanding of key concepts to the components, assessment, design, operation, and maintenance of renewable energy systems (20 credits) Programme and assessment will include knowledge of: - the system design and installation process, including initial customer consultation, system design, installation, commissioning, documentation and compliance, and maintenance - system design considerations - description of the function, purpose, characteristics, advantages, and disadvantages of different system topologies for grid-connected and stand-alone renewable energy systems, including but not limited to: o grid-connected inverter systems – micro inverter, string inverter, central inverter o grid-connected synchronous generators o stand-alone power systems – d.c. coupled, a.c. coupled, micro grids. Mandatory Mandatory Description shall include – generation components, storage components, conversion components, control, structures and supports, conductors, protection devices (circuit and grid protection), metering. Describe low voltage and extra-low voltage d.c. requirements and procedures for renewable energy systems - data communications and data logging for renewable energy systems - potential hazards relating to the operation of a renewable energy system, including fire due to arcing, and PV wiring always being live. Programme and assessment will include knowledge of: - Mandatory the properties and installation requirements of low voltage and extra-low voltage d.c. power circuits, with reference to arcing, protection, component selection, and cabling. (7 credits) Qualification Reference 1938 © New Zealand Qualifications Authority 2013 Page 5 of 9 Develop and maintain knowledge of current and emerging technologies within the renewable energy sector (3 credits) Grid-connect Systems (Photovoltaic) strand: Explain grid-connected photovoltaic systems Programme and assessment will include knowledge of: - the benefits that distributed generation provides to the community - the effects of distributed generation on distribution networks - system topologies for grid-connected photovoltaic systems - the purpose, function, and connection requirements of the main system components of a grid-connected photovoltaic system with and without energy storage - parameters affecting matching of modules to inverters, and using of equipment configuration tools (i.e. software tools provided by inverter manufacturers) to achieve safe matching. (15 credits) Analyse information and apply problem solving skills to design grid-connected photovoltaic systems Programme and assessment will include the knowledge and skills required to: - determine the system design specifications for a given installation in terms of energy output, budget, available energy sources, energy usage, monitoring, and control interfaces - use specialist tools, such as solar pathfinders, and interpret the results of measurements obtained - select the optimum topology and appropriate system components for a specified system requirement - work safely at height. This may be demonstrated by achievement of the unit standard 15757 Use, install and disestablish proprietary fall arrest systems when working at height [4 credits]. (20 credits) Mandatory Mandatory All activities must comply with the requirements of AS 4777, AS/NZS 5033, and AS/NZS 3000. Apply legislative and compliance requirements to the design of gridconnected photovoltaic systems Programme and assessment will include the knowledge and skills required to: - apply the requirements of AS/NZS 5033 Installation and safety requirements for photovoltaic (PV) arrays, to the design of grid-connected photovoltaic systems - apply the requirements of the AS 4777 series, Grid connection of energy systems via inverters, to the design of grid-connected photovoltaic systems - apply the requirements of the Electricity Industry Participation Code 2010, Part 6 Connection of distributed generation, and Part 10 Metering Arrangements, to the design of grid-connected (10 credits) Qualification Reference 1938 © New Zealand Qualifications Authority 2013 Mandatory Page 6 of 9 photovoltaic systems - apply the compliance requirements for design of grid-connected photovoltaic systems including: o mechanical requirements and solutions for mounting PV to buildings with reference to the Building Code and AS/NZS 1170.2 o regulatory requirements of electrical codes of practice and Building Code o compliance with lines company requirements o equipment compliance (inverter certification) o compliance with local body requirements (building consents). Stand-alone Systems (Photovoltaic) strand: Programme and assessment will include knowledge of: Explain stand-alone photovoltaic systems - system topologies for stand-alone photovoltaic systems (15 credits) - the purpose, function, and connection requirements of the main system components of a stand-alone photovoltaic system - parameters affecting matching of modules to inverters, and using equipment configuration tools (i.e. software tools provided by inverter manufacturers) to achieve safe matching. Explain the requirements for use of secondary batteries for stand-alone photovoltaic systems Programme and assessment will include knowledge of: - (5 credits) Analyse information and apply problem solving skills to design stand-alone photovoltaic systems Mandatory the requirements of AS 4086 Secondary batteries for use with stand-alone power systems, Part 1: General requirements, and Part 2: Installation and maintenance. Programme and assessment will include the knowledge and skills required to: - determine the system design specifications for a given installation in terms of energy output, budget, available energy sources, energy usage, monitoring, and control interfaces - use specialist tools, such as solar pathfinders, and interpret the results of measurements obtained - select the optimum topology and system components for a specified system requirement - work safely at height. This may be demonstrated by achievement of the unit standard 15757 Use, install and disestablish proprietary fall arrest systems when working at height (4 credits). - design a stand-alone system incorporating a generating set, that is compliant with the requirements of AS/NZS 3010 Electrical installations – Generating sets. (20 credits) Mandatory Mandatory All activities must comply with the requirements of AS/NZS 4509, AS/NZS 5033, AS/NZS 3000, and AS 4086. Qualification Reference 1938 © New Zealand Qualifications Authority 2013 Page 7 of 9 Apply legislative and compliance requirements to the design of stand-alone photovoltaic systems Programme and assessment will include the knowledge and skills required to apply the: - requirements of AS/NZS 5033 Installation and safety requirements for photovoltaic (PV) arrays, to the design of stand-alone photovoltaic systems - requirements of AS/NZS 4509 Stand-alone power systems, Part 1: Safety and installation, and Part 2: System design - requirements of AS 4086 Secondary batteries for use with stand-alone power systems, Part 1: General requirements, and Part 2: Installation and Maintenance, to the design of stand-alone photovoltaic systems - compliance requirements for design of stand-alone photovoltaic systems including: (10 credits) o mechanical requirements and solutions for mounting PV to buildings with reference to the Building Code and AS/NZS 1170 o regulatory requirements of electrical codes of practice and Building Code o equipment compliance (inverter certification) o compliance with local body requirements (building consents). Wind Energy Systems endorsement (optional): Programme and assessment will include the knowledge and skills required to: Design a renewable energy system incorporating a wind energy system - (10 credits) site wind data, topography, environment, social factors, local consenting requirements - specify the size, characteristics, and system configuration of the wind energy system - apply the compliance requirements for design of wind energy systems including: o AS/NZS 4509.2 Section 4 System Design – Mechanical and Civil Works o mechanical requirements and solutions for wind turbine towers with reference to AS/NZS 1170 o compliance with local body requirements. Micro-hydro Systems endorsement (optional) Programme and assessment will include the knowledge and skills required to: Design a renewable energy system incorporating a micro-hydro generating system - Mandatory acquire and analyse the following data and information to select a suitable micro-hydro generation site: o - Mandatory acquire and analyse the following data and information to select a suitable installation site: o (10 credits) Mandatory head, flow rate, seasonal variation, environmental considerations, regulatory requirements, local consenting requirements specify the size, characteristics, and system configuration of the micro-hydro generation system including the following: Qualification Reference 1938 © New Zealand Qualifications Authority 2013 Page 8 of 9 o - type of turbine, weir, intake, water delivery and water discharge systems, cost, life cycle apply the compliance requirements for design of micro-hydro systems including: o AS/NZS 4509.2 Section 4 System Design – Mechanical and Civil Works o compliance with local body requirements. Transition information Replacement information This qualification and the New Zealand Certificate in Renewable Energy System Installation (Level 4) with strands in Grid-connect Systems (Photovoltaic) and Stand-alone Systems (Photovoltaic), and optional endorsements in Wind Energy Systems and Micro-hydro Systems [Ref: 1939] replaced the National Certificate in Renewable Energy Systems (Level 4) with strands in Design, Micro-hydro, Photovoltaic, and Wind Generation [Ref: 1694]. There are no existing programmes of training leading to the replaced qualification and no enrolled trainees. Transition arrangements between the replaced and new qualifications are not required. All new trainees will be enrolled into programmes leading to the award of the New Zealand qualifications. Republication Information Version 1 of this qualification was republished June 2015 to update the Evidence requirements for managing consistency. 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