Decision evidence · 04 Electrical operating limits

Inverter operating envelope

Keeps conversion efficiency, MPPT architecture, input-current limits, array headroom and thermal derating on their published measurement boundaries.

33 product records268 criterion records

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

SH10RSSungrow · 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
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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
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
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SH5T / SH10T HybridSungrow · 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
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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
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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
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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
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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
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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
Open the complete scorecard
SigenStor EC 10.0 SPSigenergy · 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
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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
Open the complete scorecard
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
Open the complete scorecard
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
Open the complete scorecard
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
Open the complete scorecard
Primo GEN24 PlusFronius · 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
Open the complete scorecard
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
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SUN SG05 AU-AM2-PDeye · AU priority 38Published0Reviewed absence0Not applicable0Open
Weighted efficiency (CEC/Euro %)Published
96.5hqcdn.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
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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
Open the complete scorecard
ET G2GoodWe · 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
Open the complete scorecard
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
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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
Open the complete scorecard
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
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
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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
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Home Hub SE10000H-AUSolarEdge · 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
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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
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
Open the complete scorecard
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
Open the complete scorecard
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
Open the complete scorecard
S6-EH1P6K-L-PLUS-AUSolis · AU priority 68Published0Reviewed absence0Not applicable0Open
Peak efficiency (%)Published
96.2solisinverters.ausolisinverters.au
Weighted efficiency (CEC/Euro %)Published
94.7solisinverters.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
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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
Open the complete scorecard
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
Open the complete scorecard
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
Open the complete scorecard
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
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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
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IQ8HCEnphase · 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
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