The important thing to remember when gathering evidence is that the more evidence the better - that is, the more evidence you gather to demonstrate your skills, the more confident an assessor can be that you have learned the skills not just at one point in time, but are continuing to apply and develop those skills (as opposed to just learning for the test!). Furthermore, one piece of evidence that you collect will not usualy demonstrate all the required criteria for a unit of competency, whereas multiple overlapping pieces of evidence will usually do the trick!
From the Wiki University
What evidence can you provide to prove your understanding of each of the following citeria?
Plan the design of battery storage systems for gridconnected photovoltaic systems
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Available components are identified and the different system configurations are applied to system design planning Completed |
Evidence:
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Hazards associated with battery storage systems for grid-connected PV systems are determined and appropriate risk control measures are developed Completed |
Evidence:
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Electrical load/s to be supplied from the battery storage system are identified Completed |
Evidence:
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Energy assessments are undertaken using appropriate tools including data logging tools and/or energy assessment forms Completed |
Evidence:
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Site is assessed to determine feasibility, equipment location and any required switchboard modification Completed |
Evidence:
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Energy management strategies are applied to produce an energy management plan Completed |
Evidence:
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Relevant industry standards, building codes, regulations and manufacturer requirements are applied to system design planning Completed |
Evidence:
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Relevant electricity tariffs are incorporated in the system design Completed |
Evidence:
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Solar resource data is applied in the system design Completed |
Evidence:
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Client situation, budget and desired outcomes are incorporated in the system design Completed |
Evidence:
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Design battery storage systems for gridconnected photovoltaic systems
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Suitable system configurations are selected to meet client requirements Completed |
Evidence:
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System efficiencies are applied to system designs and overall system yield for different system configurations is determined Completed |
Evidence:
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Type and capacity of inverter/s to meet performance requirements are determined Completed |
Evidence:
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Type and capacity of battery storage to meet performance requirements are determined Completed |
Evidence:
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Type and capacity of charge controller/s to meet performance requirements are determined Completed |
Evidence:
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Capacity of PV array to meet performance requirements is determined Completed |
Evidence:
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Merits of alternate configurations including maintenance requirements are analysed and the most appropriate system design is selected Completed |
Evidence:
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Location of each item of equipment is determined Completed |
Evidence:
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Size of cables and ratings of protection and isolations devices are determined Completed |
Evidence:
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Document the design of battery storage systems for gridconnected photovoltaic systems
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Identified hazards are listed and appropriate risk control methods are specified Completed |
Evidence:
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Required items of equipment and system components are identified and listed Completed |
Evidence:
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System operating parameters are specified Completed |
Evidence:
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Electrical systems schematic/s and equipment location plan/s, inclusive of signage, are produced Completed |
Evidence:
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System cost and performance are documented Completed |
Evidence:
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Maintenance, client and installer documentation are produced Completed |
Evidence:
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