- Buying question
- Which electrical and temperature limits apply to this exact inverter, and which numbers describe a different architecture or timed operating mode?
- Evidence boundary
- These are product limits, not an array design or equipment-pairing approval. String voltage, current, protection, network and site conditions remain design-specific.
Evidence by product
Each row counts, in order: published, reviewed absence, not applicable, open. What these mean
SH10RS Single-Phase HybridSungrow · AU priority 111Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 97.5info-support.sungrowpower.com
- Weighted efficiency (CEC/Euro %)Published
- 97.1info-support.sungrowpower.com
- Number of MPPTsPublished
- 4info-support.sungrowpower.com
- Max DC:AC oversizing ratioPublished
- 2.0info-support.sungrowpower.com
- Max input current per MPPT (A)Published
- 16info-support.sungrowpower.com
- Thermal managementPublished
- Fanless / natural convectioninfo-support.sungrowpower.com
- Operating temperature rangePublished
- Standardinfo-support.sungrowpower.com
- Electrical architecturePublished
- Direct-pv hybrid inverter with 4 independent MPPTs at the scored model boundary.info-support.sungrowpower.com
- MPPT voltage windowPublished
- The exact SH10RS sheet publishes a 40-560 V MPPT operating window and directs readers to the manual for the full-load window.info-support.sungrowpower.com
- Short-circuit current limitPublished
- The exact sheet publishes 20 A maximum DC short-circuit current on each of four MPPTs, separate from 16 A operating current.info-support.sungrowpower.com
- Output overload boundaryPublished
- The exact sheet publishes 13.68 kVA for 10 seconds in off-grid mode. This is a timed backup boundary, not grid-tied continuous output.info-support.sungrowpower.com
Verto PlusFronius · AU priority 18Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 98.15fronius.comfronius.comfronius.comcer.gov.au
- Weighted efficiency (CEC/Euro %)Published
- 97.95fronius.comfronius.comfronius.comcer.gov.au
- Number of MPPTsPublished
- 3fronius.comfronius.comfronius.comcer.gov.au
- Max DC:AC oversizing ratioPublished
- 1.5fronius.comfronius.comfronius.comcer.gov.au
- Max input current per MPPT (A)Published
- 28fronius.comfronius.comfronius.comcer.gov.au
- Thermal managementPublished
- Smart / variable-speed fanfronius.comfronius.comfronius.comcer.gov.au
- Operating temperature rangePublished
- Standardfronius.comfronius.comfronius.comcer.gov.au
- Electrical architecturePublished
- Direct-pv hybrid inverter with 3 independent MPPTs at the scored model boundary.fronius.comfronius.comfronius.comcer.gov.au
SH5T / SH10T Three-PhaseSungrow · AU priority 18Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 98.0info-support.sungrowpower.com
- Weighted efficiency (CEC/Euro %)Published
- 97.5info-support.sungrowpower.com
- Number of MPPTsPublished
- 2info-support.sungrowpower.com
- Max DC:AC oversizing ratioPublished
- 2.0info-support.sungrowpower.com
- Max input current per MPPT (A)Published
- 16info-support.sungrowpower.com
- Thermal managementPublished
- Fanless / natural convectioninfo-support.sungrowpower.com
- Operating temperature rangePublished
- Standardinfo-support.sungrowpower.com
- Electrical architecturePublished
- Direct-pv hybrid inverter with 2 independent MPPTs at the scored model boundary.info-support.sungrowpower.com
SH5.0/6.0RSSungrow · AU priority 18Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 97.7info-support.sungrowpower.com
- Weighted efficiency (CEC/Euro %)Published
- 97.3info-support.sungrowpower.com
- Number of MPPTsPublished
- 2info-support.sungrowpower.com
- Max DC:AC oversizing ratioPublished
- 2.17info-support.sungrowpower.com
- Max input current per MPPT (A)Published
- 16info-support.sungrowpower.com
- Thermal managementPublished
- Fanless / natural convectioninfo-support.sungrowpower.com
- Operating temperature rangePublished
- Standardinfo-support.sungrowpower.com
- Electrical architecturePublished
- Direct-pv hybrid inverter with 2 independent MPPTs at the scored model boundary.info-support.sungrowpower.com
HIT L G3Hoymiles · AU priority 18Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 98.5hoymiles.com
- Weighted efficiency (CEC/Euro %)Published
- 98.0hoymiles.com
- Number of MPPTsPublished
- 4hoymiles.com
- Max DC:AC oversizing ratioPublished
- 2.0hoymiles.com
- Max input current per MPPT (A)Published
- 20hoymiles.com
- Thermal managementPublished
- Smart / variable-speed fanhoymiles.com
- Operating temperature rangePublished
- Standardhoymiles.com
- Electrical architecturePublished
- Direct-pv hybrid inverter with 4 independent MPPTs at the scored model boundary.hoymiles.com
ESA G20 Power ModuleGoodWe · AU priority 17Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 97.5goodwe.com.au
- Weighted efficiency (CEC/Euro %)Published
- 96.8goodwe.com.au
- Number of MPPTsPublished
- 4goodwe.com.au
- Max DC:AC oversizing ratioPublished
- 2.0goodwe.com.au
- Max input current per MPPT (A)Published
- 20goodwe.com.au
- Thermal managementPublished
- Fanless / natural convectiongoodwe.com.au
- Operating temperature rangePublished
- Standardgoodwe.com.au
ASW H-S2Solplanet · AU priority 17Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 97.6solplanet.net
- Weighted efficiency (CEC/Euro %)Published
- 97.0solplanet.net
- Number of MPPTsPublished
- 2solplanet.net
- Max DC:AC oversizing ratioPublished
- 1.5solplanet.net
- Max input current per MPPT (A)Published
- 16solplanet.net
- Thermal managementPublished
- Fanless / natural convectionsolplanet.net
- Operating temperature rangePublished
- Standardsolplanet.net
DNS G4GoodWe · AU priority 18Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 98.1goodwe.com.au
- Weighted efficiency (CEC/Euro %)Published
- 97.4goodwe.com.au
- Number of MPPTsPublished
- 2goodwe.com.au
- Max DC:AC oversizing ratioPublished
- 2.0goodwe.com.au
- Max input current per MPPT (A)Published
- 20goodwe.com.au
- Thermal managementPublished
- Fanless / natural convectiongoodwe.com.au
- Operating temperature rangePublished
- Standardgoodwe.com.au
- Electrical architecturePublished
- Direct-pv string inverter with 2 independent MPPTs at the scored model boundary.goodwe.com.au
SG RSSungrow · AU priority 18Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 97.8info-support.sungrowpower.com
- Weighted efficiency (CEC/Euro %)Published
- 97.4info-support.sungrowpower.com
- Number of MPPTsPublished
- 3info-support.sungrowpower.com
- Max DC:AC oversizing ratioPublished
- 1.5info-support.sungrowpower.com
- Max input current per MPPT (A)Published
- 16info-support.sungrowpower.com
- Thermal managementPublished
- Fanless / natural convectioninfo-support.sungrowpower.com
- Operating temperature rangePublished
- Standardinfo-support.sungrowpower.com
- Electrical architecturePublished
- Direct-pv string inverter with 3 independent MPPTs at the scored model boundary.info-support.sungrowpower.com
IQ9N-A MicroinverterEnphase · AU priority 15Published0Reviewed absence0Not applicable2Open
- Peak efficiency (%)Open
- Not established
- Weighted efficiency (CEC/Euro %)Published
- 97.44enphase.com
- Number of MPPTsPublished
- 1enphase.com
- Max DC:AC oversizing ratioOpen
- Not established
- Max input current per MPPT (A)Published
- 16enphase.com
- Thermal managementPublished
- Fanless / natural convectionenphase.com
- Operating temperature rangePublished
- Standardenphase.com
Symo GEN24 Plus SCFronius · AU priority 28Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 98.2fronius.com
- Weighted efficiency (CEC/Euro %)Published
- 97.9fronius.com
- Number of MPPTsPublished
- 2fronius.com
- Max DC:AC oversizing ratioPublished
- 1.5fronius.com
- Max input current per MPPT (A)Published
- 28fronius.com
- Thermal managementPublished
- Fan-cooledfronius.com
- Operating temperature rangePublished
- Standardfronius.com
- Electrical architecturePublished
- Direct-pv hybrid inverter with 2 independent MPPTs at the scored model boundary.fronius.com
SH15T / SH20T / SH25T Three-PhaseSungrow · AU priority 27Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 98.2info-support.sungrowpower.com
- Weighted efficiency (CEC/Euro %)Published
- 97.8info-support.sungrowpower.com
- Number of MPPTsPublished
- 3info-support.sungrowpower.com
- Max DC:AC oversizing ratioPublished
- 2.0info-support.sungrowpower.com
- Max input current per MPPT (A)Published
- 32info-support.sungrowpower.com
- Thermal managementPublished
- Fan-cooledinfo-support.sungrowpower.cominfo-support.sungrowpower.com
- Operating temperature rangePublished
- Standardinfo-support.sungrowpower.com
SigenStor 10 kW Single-PhaseSigenergy · AU priority 28Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 97.6sigenergy.com
- Weighted efficiency (CEC/Euro %)Published
- 97.0sigenergy.com
- Number of MPPTsPublished
- 4sigenergy.com
- Max DC:AC oversizing ratioPublished
- 2.0sigenergy.com
- Max input current per MPPT (A)Published
- 16sigenergy.com
- Thermal managementPublished
- Smart / variable-speed fansigenergy.com
- Operating temperature rangePublished
- Standardsigenergy.com
- Electrical architecturePublished
- Direct-pv hybrid inverter with 4 independent MPPTs at the scored model boundary.sigenergy.com
SigenStor EC TPSigenergy · AU priority 28Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 98.3sigenergy.com
- Weighted efficiency (CEC/Euro %)Published
- 97.7sigenergy.com
- Number of MPPTsPublished
- 3sigenergy.com
- Max DC:AC oversizing ratioPublished
- 1.6sigenergy.com
- Max input current per MPPT (A)Published
- 16sigenergy.com
- Thermal managementPublished
- Smart / variable-speed fansigenergy.com
- Operating temperature rangePublished
- Standardsigenergy.comsigenergy.com
- Electrical architecturePublished
- Direct-pv hybrid inverter with 3 independent MPPTs at the scored model boundary.sigenergy.com
H3-ProFoxESS · AU priority 28Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 98.1au.fox-ess.com
- Weighted efficiency (CEC/Euro %)Published
- 96.3au.fox-ess.com
- Number of MPPTsPublished
- 3au.fox-ess.com
- Max DC:AC oversizing ratioPublished
- 2.0au.fox-ess.com
- Max input current per MPPT (A)Published
- 32au.fox-ess.com
- Thermal managementPublished
- Smart / variable-speed fanau.fox-ess.com
- Operating temperature rangePublished
- Standardau.fox-ess.com
- Electrical architecturePublished
- Direct-pv hybrid inverter with 3 independent MPPTs at the scored model boundary.au.fox-ess.com
ASW S-G2Solplanet · AU priority 27Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 98.2solplanet.net
- Weighted efficiency (CEC/Euro %)Published
- 97.5solplanet.net
- Number of MPPTsPublished
- 2solplanet.net
- Max DC:AC oversizing ratioPublished
- 1.5solplanet.net
- Max input current per MPPT (A)Published
- 16solplanet.net
- Thermal managementPublished
- Fanless / natural convectionsolplanet.net
- Operating temperature rangePublished
- Standardsolplanet.net
SG RTSungrow · AU priority 28Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 98.5info-support.sungrowpower.com
- Weighted efficiency (CEC/Euro %)Published
- 97.9info-support.sungrowpower.com
- Number of MPPTsPublished
- 2info-support.sungrowpower.com
- Max DC:AC oversizing ratioPublished
- 1.5info-support.sungrowpower.com
- Max input current per MPPT (A)Published
- 25info-support.sungrowpower.com
- Thermal managementPublished
- Fanless / natural convectioninfo-support.sungrowpower.com
- Operating temperature rangePublished
- Standardinfo-support.sungrowpower.com
- Electrical architecturePublished
- Direct-pv string inverter with 2 independent MPPTs at the scored model boundary.info-support.sungrowpower.com
SMILE-M-S InverterAlphaESS · AU priority 26Published0Reviewed absence0Not applicable1Open
- Peak efficiency (%)Published
- 97.47cdn.shopify.com
- Weighted efficiency (CEC/Euro %)Open
- Not established
- Number of MPPTsPublished
- 4cdn.shopify.com
- Max DC:AC oversizing ratioPublished
- 2.0cdn.shopify.com
- Max input current per MPPT (A)Published
- 20cdn.shopify.com
- Thermal managementPublished
- Fanless / natural convectioncdn.shopify.comcdn.shopify.com
- Operating temperature rangePublished
- Standardcdn.shopify.comcdn.shopify.com
S6-GR1PSolis · AU priority 28Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 97.7solisinverters.au
- Weighted efficiency (CEC/Euro %)Published
- 97.1solisinverters.au
- Number of MPPTsPublished
- 2solisinverters.au
- Max DC:AC oversizing ratioPublished
- 1.33solisinverters.au
- Max input current per MPPT (A)Published
- 16solisinverters.au
- Thermal managementPublished
- Fan-cooledsolisinverters.au
- Operating temperature rangePublished
- Standardsolisinverters.au
- Electrical architecturePublished
- Direct-pv string inverter with 2 independent MPPTs at the scored model boundary.solisinverters.au
Primo GEN24 Plus Single-PhaseFronius · AU priority 38Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 97.3fronius.com
- Weighted efficiency (CEC/Euro %)Published
- 97.0fronius.com
- Number of MPPTsPublished
- 2fronius.com
- Max DC:AC oversizing ratioPublished
- 1.5fronius.com
- Max input current per MPPT (A)Published
- 22fronius.com
- Thermal managementPublished
- Smart / variable-speed fanfronius.com
- Operating temperature rangePublished
- Standardfronius.com
- Electrical architecturePublished
- Direct-pv hybrid inverter with 2 independent MPPTs at the scored model boundary.fronius.com
X3-HYB G4 ProSolaX · AU priority 38Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 98.0au.solaxpower.com
- Weighted efficiency (CEC/Euro %)Published
- 97.7au.solaxpower.com
- Number of MPPTsPublished
- 3au.solaxpower.com
- Max DC:AC oversizing ratioPublished
- 2.0au.solaxpower.com
- Max input current per MPPT (A)Published
- 20au.solaxpower.com
- Thermal managementPublished
- Fan-cooledau.solaxpower.com
- Operating temperature rangePublished
- Standardau.solaxpower.com
- Electrical architecturePublished
- Direct-pv hybrid inverter with 3 independent MPPTs at the scored model boundary.au.solaxpower.com
SUN SG05 AU-AM2-PDeye · AU priority 38Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 97.6hqcdn.hqsmartcloud.comcer.gov.auau.deyeinverter.com
- Weighted efficiency (CEC/Euro %)Published
- 96.5hqcdn.hqsmartcloud.comcer.gov.auau.deyeinverter.com
- Number of MPPTsPublished
- 2hqcdn.hqsmartcloud.comcer.gov.auau.deyeinverter.com
- Max DC:AC oversizing ratioPublished
- 1.6hqcdn.hqsmartcloud.comcer.gov.auau.deyeinverter.com
- Max input current per MPPT (A)Published
- 32hqcdn.hqsmartcloud.comcer.gov.auau.deyeinverter.com
- Thermal managementPublished
- Smart / variable-speed fanhqcdn.hqsmartcloud.comcer.gov.auau.deyeinverter.com
- Operating temperature rangePublished
- Standardhqcdn.hqsmartcloud.comcer.gov.auau.deyeinverter.com
- Electrical architecturePublished
- Direct-pv hybrid inverter with 2 independent MPPTs at the scored model boundary.hqcdn.hqsmartcloud.comcer.gov.auau.deyeinverter.com
DNS G3GoodWe · AU priority 38Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 97.9goodwe.com.au
- Weighted efficiency (CEC/Euro %)Published
- 97.4goodwe.com.au
- Number of MPPTsPublished
- 2goodwe.com.au
- Max DC:AC oversizing ratioPublished
- 1.5goodwe.com.au
- Max input current per MPPT (A)Published
- 16goodwe.com.au
- Thermal managementPublished
- Fanless / natural convectiongoodwe.com.au
- Operating temperature rangePublished
- Standardgoodwe.com.au
- Electrical architecturePublished
- Direct-pv string inverter with 2 independent MPPTs at the scored model boundary.goodwe.com.au
H1 G2FoxESS · AU priority 37Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 97.08au.fox-ess.com
- Weighted efficiency (CEC/Euro %)Published
- 96.33au.fox-ess.com
- Number of MPPTsPublished
- 2au.fox-ess.com
- Max DC:AC oversizing ratioPublished
- 2.0au.fox-ess.com
- Max input current per MPPT (A)Published
- 16au.fox-ess.com
- Thermal managementPublished
- Fanless / natural convectionau.fox-ess.com
- Operating temperature rangePublished
- Standardau.fox-ess.com
HiOne S G3Hoymiles · AU priority 34Published0Reviewed absence0Not applicable3Open
- Peak efficiency (%)Open
- Not established
- Weighted efficiency (CEC/Euro %)Open
- Not established
- Number of MPPTsPublished
- 4hoymiles.com
- Max DC:AC oversizing ratioPublished
- 2.0hoymiles.com
- Max input current per MPPT (A)Published
- 18hoymiles.com
- Thermal managementOpen
- Not established
- Operating temperature rangePublished
- Standardhoymiles.com
ET G2 Three-Phase HybridGoodWe · AU priority 48Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 98.2goodwe.com.au
- Weighted efficiency (CEC/Euro %)Published
- 97.5goodwe.com.au
- Number of MPPTsPublished
- 3goodwe.com.au
- Max DC:AC oversizing ratioPublished
- 1.6goodwe.com.au
- Max input current per MPPT (A)Published
- 16goodwe.com.au
- Thermal managementPublished
- Fanless / natural convectiongoodwe.com.au
- Operating temperature rangePublished
- Standardgoodwe.com.au
- Electrical architecturePublished
- Direct-pv hybrid inverter with 3 independent MPPTs at the scored model boundary.goodwe.com.au
Hybrid 5000/6000 1PHiStore · AU priority 48Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 98.4istore.net.auistore.net.au
- Weighted efficiency (CEC/Euro %)Published
- 97.8istore.net.auistore.net.au
- Number of MPPTsPublished
- 2istore.net.auistore.net.au
- Max DC:AC oversizing ratioPublished
- 2.5istore.net.au
- Max input current per MPPT (A)Published
- 12.5istore.net.auistore.net.au
- Thermal managementPublished
- Fanless / natural convectionistore.net.auistore.net.au
- Operating temperature rangePublished
- Standardistore.net.auistore.net.au
- Electrical architecturePublished
- Direct-pv hybrid inverter with 2 independent MPPTs at the scored model boundary.istore.net.auistore.net.au
Hybrid 5000/6000 3PHiStore · AU priority 48Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 98.4istore.net.auistore.net.au
- Weighted efficiency (CEC/Euro %)Published
- 97.7istore.net.auistore.net.au
- Number of MPPTsPublished
- 2istore.net.auistore.net.au
- Max DC:AC oversizing ratioPublished
- 2.5istore.net.au
- Max input current per MPPT (A)Published
- 13.5istore.net.auistore.net.au
- Thermal managementPublished
- Fanless / natural convectionistore.net.auistore.net.au
- Operating temperature rangePublished
- Standardistore.net.auistore.net.au
- Electrical architecturePublished
- Direct-pv hybrid inverter with 2 independent MPPTs at the scored model boundary.istore.net.auistore.net.au
HiOne T G3Hoymiles · AU priority 47Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 98.5hoymiles.com
- Weighted efficiency (CEC/Euro %)Published
- 98.0hoymiles.com
- Number of MPPTsPublished
- 4hoymiles.com
- Max DC:AC oversizing ratioPublished
- 2.0hoymiles.com
- Max input current per MPPT (A)Published
- 20hoymiles.com
- Thermal managementPublished
- Smart / variable-speed fanhoymiles.com
- Operating temperature rangePublished
- Standardhoymiles.com
S6 Three-phase LV HybridSolis · AU priority 48Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 97.5solisinverters.ausolisinverters.aucer.gov.au
- Weighted efficiency (CEC/Euro %)Published
- 96.4solisinverters.ausolisinverters.aucer.gov.au
- Number of MPPTsPublished
- 2solisinverters.ausolisinverters.aucer.gov.au
- Max DC:AC oversizing ratioPublished
- 2.0solisinverters.ausolisinverters.aucer.gov.au
- Max input current per MPPT (A)Published
- 40solisinverters.ausolisinverters.aucer.gov.au
- Thermal managementPublished
- Smart / variable-speed fansolisinverters.ausolisinverters.aucer.gov.au
- Operating temperature rangePublished
- Standardsolisinverters.ausolisinverters.aucer.gov.au
- Electrical architecturePublished
- Direct-pv hybrid inverter with 2 independent MPPTs at the scored model boundary.solisinverters.ausolisinverters.aucer.gov.au
SDT G3GoodWe · AU priority 48Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 98.6goodwe.com.au
- Weighted efficiency (CEC/Euro %)Published
- 98.3goodwe.com.au
- Number of MPPTsPublished
- 3goodwe.com.au
- Max DC:AC oversizing ratioPublished
- 1.5goodwe.com.au
- Max input current per MPPT (A)Published
- 32goodwe.com.au
- Thermal managementPublished
- Smart / variable-speed fangoodwe.com.au
- Operating temperature rangePublished
- Standardgoodwe.com.au
- Electrical architecturePublished
- Direct-pv string inverter with 3 independent MPPTs at the scored model boundary.goodwe.com.au
Home Hub Single-PhaseSolarEdge · AU priority 57Published0Reviewed absence2Not applicable0Open
- Peak efficiency (%)Published
- 99.2marketing.solaredge.com
- Weighted efficiency (CEC/Euro %)Published
- 99.0marketing.solaredge.com
- Number of MPPTsNot applicable
- Optimiser-based inverter. Module-level MPP tracking belongs to required power optimisers, so conventional inverter MPPT count and per-MPPT current are not comparable.marketing.solaredge.com
- Max DC:AC oversizing ratioPublished
- 2.2marketing.solaredge.com
- Max input current per MPPT (A)Not applicable
- Optimiser-based inverter. Module-level MPP tracking belongs to required power optimisers, so conventional inverter MPPT count and per-MPPT current are not comparable.marketing.solaredge.com
- Thermal managementPublished
- Fanless / natural convectionknowledge-center.solaredge.com
- Operating temperature rangePublished
- Standardmarketing.solaredge.com
- Electrical architecturePublished
- Optimiser-based inverter. Module-level MPP tracking belongs to required power optimisers, so conventional inverter MPPT count and per-MPPT current are not comparable.marketing.solaredge.com
- Thermal deratingPublished
- The exact AU sheet publishes -40 C to +60 C operation, full power to at least 50 C, and a separate temperature-derating note.marketing.solaredge.com
PowerAll ESI T1SOFAR · AU priority 58Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 98.2sofarsolar.comau.sofarsolar.comcer.gov.au
- Weighted efficiency (CEC/Euro %)Published
- 97.5sofarsolar.comau.sofarsolar.comcer.gov.au
- Number of MPPTsPublished
- 3sofarsolar.comau.sofarsolar.comcer.gov.au
- Max DC:AC oversizing ratioPublished
- 2.0sofarsolar.comau.sofarsolar.comcer.gov.au
- Max input current per MPPT (A)Published
- 20sofarsolar.comau.sofarsolar.comcer.gov.au
- Thermal managementPublished
- Fanless / natural convectionsofarsolar.comau.sofarsolar.comcer.gov.au
- Operating temperature rangePublished
- Standardsofarsolar.comau.sofarsolar.comcer.gov.au
- Electrical architecturePublished
- Direct-pv hybrid inverter with 3 independent MPPTs at the scored model boundary.sofarsolar.comau.sofarsolar.comcer.gov.au
IQ8ACEnphase · AU priority 57Published0Reviewed absence0Not applicable1Open
- Peak efficiency (%)Published
- 97.3enphase.com
- Weighted efficiency (CEC/Euro %)Published
- 96.6enphase.com
- Number of MPPTsPublished
- 1enphase.com
- Max DC:AC oversizing ratioOpen
- Not established
- Max input current per MPPT (A)Published
- 14enphase.com
- Thermal managementPublished
- Fanless / natural convectionenphase.com
- Operating temperature rangePublished
- Standardenphase.com
- Electrical architecturePublished
- Module-level microinverter. The recorded one MPPT and input current are per microinverter, not array-wide system counts.enphase.com
Primo GEN24 SC / Plus SCFronius · AU priority 68Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 97.7manuals.fronius.com
- Weighted efficiency (CEC/Euro %)Published
- 97.4manuals.fronius.com
- Number of MPPTsPublished
- 2fronius.comfronius.com
- Max DC:AC oversizing ratioPublished
- 1.5manuals.fronius.com
- Max input current per MPPT (A)Published
- 22manuals.fronius.com
- Thermal managementPublished
- Smart / variable-speed fanmanuals.fronius.com
- Operating temperature rangePublished
- Standardmanuals.fronius.com
- Electrical architecturePublished
- Direct-pv hybrid inverter with 2 independent MPPTs at the scored model boundary.fronius.comfronius.com
SPH6000TL-HU-AUGrowatt · AU priority 68Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 97.6au.growatt.com
- Weighted efficiency (CEC/Euro %)Published
- 97.2au.growatt.com
- Number of MPPTsPublished
- 2au.growatt.com
- Max DC:AC oversizing ratioPublished
- 2.0au.growatt.com
- Max input current per MPPT (A)Published
- 16au.growatt.com
- Thermal managementPublished
- Fanless / natural convectionau.growatt.com
- Operating temperature rangePublished
- Standardau.growatt.comau.growatt.com
- Electrical architecturePublished
- Direct-pv hybrid inverter with 2 independent MPPTs at the scored model boundary.au.growatt.com
S6 PLUS Single-Phase HybridSolis · AU priority 68Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 96.2solisinverters.ausolisinverters.au
- Weighted efficiency (CEC/Euro %)Published
- 94.7solisinverters.au
- Number of MPPTsPublished
- 2solisinverters.auweb.archive.orgsolisinverters.au
- Max DC:AC oversizing ratioPublished
- 2.0solisinverters.au
- Max input current per MPPT (A)Published
- 16solisinverters.auweb.archive.orgsolisinverters.au
- Thermal managementPublished
- Smart / variable-speed fansolisinverters.au
- Operating temperature rangePublished
- Standardsolisinverters.au
- Electrical architecturePublished
- Direct-pv hybrid inverter with 2 independent MPPTs at the scored model boundary.solisinverters.auweb.archive.orgsolisinverters.au
MIN TL-XH2Growatt · AU priority 68Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 98.4au.growatt.com
- Weighted efficiency (CEC/Euro %)Published
- 97.5au.growatt.com
- Number of MPPTsPublished
- 2au.growatt.com
- Max DC:AC oversizing ratioPublished
- 1.93au.growatt.com
- Max input current per MPPT (A)Published
- 16au.growatt.com
- Thermal managementPublished
- Fanless / natural convectionau.growatt.com
- Operating temperature rangePublished
- Standardau.growatt.com
- Electrical architecturePublished
- Direct-pv hybrid inverter with 2 independent MPPTs at the scored model boundary.au.growatt.com
H2 S3SAJ · AU priority 78Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 97.6saj-electric.com
- Weighted efficiency (CEC/Euro %)Published
- 97.0saj-electric.com
- Number of MPPTsPublished
- 3saj-electric.com
- Max DC:AC oversizing ratioPublished
- 1.5saj-electric.com
- Max input current per MPPT (A)Published
- 16saj-electric.com
- Thermal managementPublished
- Fanless / natural convectionsaj-electric.com
- Operating temperature rangePublished
- Standardsaj-electric.com
- Electrical architecturePublished
- Direct-pv hybrid inverter with 3 independent MPPTs at the scored model boundary.saj-electric.com
X1-Hybrid G4SolaX · AU priority 78Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 97.6au.solaxpower.comau.solaxpower.com
- Weighted efficiency (CEC/Euro %)Published
- 97.0au.solaxpower.comau.solaxpower.com
- Number of MPPTsPublished
- 2au.solaxpower.comau.solaxpower.com
- Max DC:AC oversizing ratioPublished
- 2.0au.solaxpower.com
- Max input current per MPPT (A)Published
- 16au.solaxpower.comau.solaxpower.com
- Thermal managementPublished
- Smart / variable-speed fanau.solaxpower.comau.solaxpower.com
- Operating temperature rangePublished
- Standardau.solaxpower.comau.solaxpower.com
- Electrical architecturePublished
- Direct-pv hybrid inverter with 2 independent MPPTs at the scored model boundary.au.solaxpower.comau.solaxpower.com
KHFoxESS · AU priority 88Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 97.8au.fox-ess.comau.fox-ess.com
- Weighted efficiency (CEC/Euro %)Published
- 97.4au.fox-ess.comau.fox-ess.com
- Number of MPPTsPublished
- 4au.fox-ess.comau.fox-ess.com
- Max DC:AC oversizing ratioPublished
- 2.0au.fox-ess.com
- Max input current per MPPT (A)Published
- 16au.fox-ess.comau.fox-ess.com
- Thermal managementPublished
- Fanless / natural convectionau.fox-ess.comau.fox-ess.com
- Operating temperature rangePublished
- Standardau.fox-ess.comau.fox-ess.com
- Electrical architecturePublished
- Direct-pv hybrid inverter with 4 independent MPPTs at the scored model boundary.au.fox-ess.comau.fox-ess.com
Powerwall 3 Integrated InverterTesla · AU priority 87Published0Reviewed absence0Not applicable1Open
- Peak efficiency (%)Published
- 97.5energylibrary.tesla.comtesla.com
- Weighted efficiency (CEC/Euro %)Open
- Not established
- Number of MPPTsPublished
- 3energylibrary.tesla.comtesla.com
- Max DC:AC oversizing ratioPublished
- 1.8energylibrary.tesla.com
- Max input current per MPPT (A)Published
- 30energylibrary.tesla.comtesla.com
- Thermal managementPublished
- Fan-cooled with derate below 60Cenergylibrary.tesla.comtesla.com
- Operating temperature rangePublished
- Standardenergylibrary.tesla.comtesla.com
- Electrical architecturePublished
- Direct-pv hybrid inverter with 3 independent MPPTs at the scored model boundary.energylibrary.tesla.comtesla.com
X1-MINI G4SolaX · AU priority 88Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 98.0au.solaxpower.com
- Weighted efficiency (CEC/Euro %)Published
- 97.0au.solaxpower.com
- Number of MPPTsPublished
- 1au.solaxpower.com
- Max DC:AC oversizing ratioPublished
- 2.0au.solaxpower.com
- Max input current per MPPT (A)Published
- 16au.solaxpower.com
- Thermal managementPublished
- Fanless / natural convectionau.solaxpower.com
- Operating temperature rangePublished
- Standardau.solaxpower.com
- Electrical architecturePublished
- Direct-pv string inverter with 1 independent MPPT at the scored model boundary.au.solaxpower.com
PowerAll ESI 3-6K-S1SOFAR · AU priority 98Published0Reviewed absence0Not applicable0Open
- Peak efficiency (%)Published
- 97.8sofarsolar.comau.sofarsolar.com
- Weighted efficiency (CEC/Euro %)Published
- 97.1sofarsolar.comau.sofarsolar.com
- Number of MPPTsPublished
- 2sofarsolar.comau.sofarsolar.com
- Max DC:AC oversizing ratioPublished
- 2.0sofarsolar.com
- Max input current per MPPT (A)Published
- 16sofarsolar.comau.sofarsolar.com
- Thermal managementPublished
- Fanless / natural convectionsofarsolar.comau.sofarsolar.com
- Operating temperature rangePublished
- Standardsofarsolar.comau.sofarsolar.com
- Electrical architecturePublished
- Direct-pv hybrid inverter with 2 independent MPPTs at the scored model boundary.sofarsolar.comau.sofarsolar.com
IQ8HC MicroinverterEnphase · AU priority 97Published0Reviewed absence0Not applicable1Open
- Peak efficiency (%)Published
- 97.4enphase.com
- Weighted efficiency (CEC/Euro %)Published
- 96.8enphase.com
- Number of MPPTsPublished
- 1enphase.com
- Max DC:AC oversizing ratioOpen
- Not established
- Max input current per MPPT (A)Published
- 14enphase.com
- Thermal managementPublished
- Fanless / natural convectionenphase.com
- Operating temperature rangePublished
- Standardenphase.com
- Electrical architecturePublished
- Module-level microinverter. The recorded one MPPT and input current are per microinverter, not array-wide system counts.enphase.com