QQI Domestic Solar Photovoltaic Course

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QQI Level 6 Micro Solar Photovoltaic Systems Implementation (6N0306)

Dates: Monday 12^th, Tuesday 13^th, Wednesday 14^th February

Duration: 3 days Online live interactive course through zoom
Time: 9-5pm
Cost: €647*
*Cost includes 40% funding (terms and conditions apply)
40% funding available*

QQI Level 6 Electrical Installation and Commissioning of Micro Generators (6N0307)

Dates: Monday 19^th, Tuesday 20^th, Wednesday 21^st February

Duration: 3 days Online live interactive course through zoom
Time: 9-5pm
Cost: €647*
*Cost includes 35% funding (terms and conditions apply)
35% funding available*

Practical day:

Monday 26^th or Tuesday 27^th February

Exam Date:

Wednesday 28th February

A message from the Programme Leader

About the Domestic Solar Photovoltaic Course

Chevron College’s 2 part QQI level 6 Solar PV course is a mandatory training requirement to register with SEAI as an approved contractor to carry out installations under the governments Domestic & Commercial Solar PV grants scheme. The course will also meet the Dept of Agriculture requirement for contractors to register on TAMS Solar PV installers register and to tender for other government or private contracts. Please note, to register with SEAI, applicants will need to be a fully qualified Electrician.

course modules

QQI Level 6 Electrical Installation and Commissioning of Micro Generators

Training Aim

The purpose of this award is to equip the learner with the knowledge, skill and competence to perform electrical installation, connection, testing and commissioning of microgenerators with type-approved network interfaces in accordance with applicable standards, legislation, manufacturer’s instructions and guidelines, whilst working autonomously.

Learning Outcomes

Describe key characteristics of micro-generation systems including the major components and system layout of wind, solar p-v (photo-voltaic), hydro- and micro-CHP (combined heat and power) systems
Identify the characteristics of generator types to include permanent magnet, induction, synchronous and asynchronous
Describe solar p-v module types and arrays to include current-voltage characteristics, open circuit voltage, short circuit current, maximum power current and voltage
Describe wind turbine types to include variable voltage and frequency output
Describe output controls on wind generator to include dump loads and electrical braking
Summarise the requirements for electrical works with respect to applicable regulations, certification, and national rules for electrical installation
Summarise relevant product requirements including those relating to European conformity CE marking, and testing and certification standards
Identify hazards associated with micro-generation installations to include “always live” systems, leakage current detection, earthing and lightning protection systems and isolation devices, proposing suitable mitigation measures
Describe network connection requirements including the network connection application process
Summarise appropriate signage and labeling requirements as per the National Rules for Electrical Installations to include identification of cable locations and “always live” systems.
Justify the selection of a suitable battery system based on sizing and safety requirements as per IS EN 50272-2
Calculate recommended minimum capacities for electrical components including voltage and current ratings for direct current plugs, connectors and switches, and cable capacity based on size
Program inverters with generator power curves in accordance with manufacturer’s specifications and set-up instructions
Commission a solar p-v system completing all required electrical testing
Commission a simulated rotating generator system completing all required electrical testing
Identify faults in solar p-v and rotating generator systems using test and measurement equipment.

Assessment Method

Examination – Theory 70%
Skills Demonstration 30%

QQI Level 6 Micro Solar Photovoltaic Systems Implementation

Training Aim

The purpose of this award is to equip you with the relevant knowledge, skill and competence to implement micro scale solar photo-voltaic (p-v) projects, up to 11 kilowatt, according to the applicable standards, legislation, guidelines, and manufacturer’s specifications, whilst working autonomously.

Learning Outcomes

Describe the main p-v cell technologies including the characteristics, configurations, and components of solar p-v systems
Describe factors affecting solar p-v output to include tilt, orientation, over shading and p-v module mismatch
Describe the relationship between rated output at standard test conditions and actual output in use
Summarise the planning requirements for solar p-v installations including any possible exemptions
Summarise relevant legislation, standards and regulation to include CE marking and New Approach 2 directives, product testing and certification standards and building regulations
Describe maintenance requirements for solar p-v systems to include cleaning, checking torque of fixing bolts and visual inspection of array integrity and electrical connections
Propose an appropriate mounting technique based on aerodynamic and static load considerations
Describe the potential hazards and mitigating action associated with solar p-v operation to include electrical hazards, “always live” systems, labeling and signage requirements and fixing of panels
Describe the relevant health and safety requirements for installation to include working at height, securing ladders, safety requirements for scaffolds, guard rails and personal safety equipment
Describe the recommended installation sequence for solar p-v systems identifying relevant standards and guidelines applicable to each phase of installation
Outline the main considerations for roof-mounted solar p-v systems including roof types, construction, loading, integrity and weather proofing
Assess roof loading and load bearing capacity and recommend suitable mounting and weather sealing techniques
Use the recommended tools for deploying all required solar p-v system components in accordance with manufacturer’s specification
Carry out a feasibility study for solar p-v system to include a resource assessment and economic evaluation
Generate a design layout for a solar p-v system to include a specification of array location, mounting techniques, cable runs and inverter location
Assess the conformance of a solar p-v system in accordance with standards for module fixings, fixing of the array, weather proofing, and integrity of the array
Test a solar p-v installation to include normal shutdown, emergency shutdown, and power control against solar intensity

Assessment Method

Assignment 40%
Examination – Theory 40%
Skills Demonstration 20%

Course Details

How does the online course work?

Entry Requirements

Qualifications obtained

Who should enrol

Our trainer

Registration with SEAI

SEAI Domestic government grants

SEAI Commercial government grants

Grant facts

Protection for learners

€647

*Cost includes 35% funding (terms and conditions apply) 35% funding available*

€647

*Cost includes 35% funding (terms and conditions apply) 35% funding available*

How To Enrol

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