CEC accreditation scope is opaque
Who can sign off DC vs AC vs battery? Get the exact scope by licence + AS/NZS 4777 reference so the job does not get stuck at audit.
The AI for solar installers
String sizing, inverters, grid connection, CEC accreditation.
Know the rules. Move fast.
Less clause hunting. Cleaner workflow. Complex rules managed without PDF scrolling or regulator phone calls.
Who can sign off DC vs AC vs battery? Get the exact scope by licence + AS/NZS 4777 reference so the job does not get stuck at audit.
Same install, different approval process in every DNSP. Get the connection rules for the specific network so the paperwork goes in right the first time.
Open-circuit voltage + temperature correction + panel spec. One calculation, dozens of inputs. Get the answer with the clause reference so the system sizes pass commissioning.
Ask like a solar installer
Tap any prompt to start. Every answer cites the clause, the standard, and the state variation where it applies.
A day on the tools
Each scenario is a real compliance question, with the clause Standardsmate™ would cite in its answer.
“Building a 10kW system with 12 panels per string. What is my max open-circuit voltage?”
“New rooftop array at 400V DC. Where does the isolator go and what rating?”
“Offsider is mounting, I am on the DC side. Who needs CEC accreditation for sign-off?”
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