The difficult questions need their own evidence state.
Each lens reads existing criterion-level provenance. Published evidence means the record carries a direct or derived source. Reviewed absence means an exact document was checked but did not publish the qualifying detail. Open means the question is not yet established.
Follow the evidence behind the decision.
The five lenses rebuild from the current product records. A reviewed absence means the exact source was checked and did not publish the qualifying detail.
Backup behaviour
Separates a backup label from the published switching, output and grid-forming behaviour behind it.
- Published
- 232of 337 criterion records
- Reviewed absence
- 30document checked
- Not applicable
- 16product boundary
- Open
- 59not established
What continues operating, at what output, through which hardware, and under which phase and duration limits?
A published backup capability is not a site design. Protected circuits, phase balance, motor starts and network requirements remain installation-specific.
SH10RSSungrow · Inverter · AU priority 17200
The exact inverter provides an integrated BACK-UP port and 63 A bypass; its documents do not name a separate transfer box.
Source 1Source 2SH10RS publishes 9.999 kW and 9.999 kVA rated off-grid output.
Source 1SH10RS publishes 13.68 kVA peak off-grid output for 10 seconds.
Source 1The exact current datasheet and manual do not establish autonomous restart after full battery depletion.
Source 1Source 2The manual establishes PV supply to off-grid loads and general PV-to-battery charging, but does not explicitly publish a post-depletion outage recharge and restart sequence.
Source 1Local direct access is documented separately from remote iSolarCloud access. Remote data and commands use the cloud; no cloud dependency is stated for the inverter's automatic backup transition.
Source 1Verto PlusFronius · Inverter · AU priority 11000
SH5T / SH10T HybridSungrow · Inverter · AU priority 17200
The family publishes a built-in 63 A bypass and BACK-UP output; its exact documents do not name a separate transfer box.
Source 1Source 2The BACK-UP output is three-phase and the family publishes 100% unbalanced output support.
Source 1The scored SH10T publishes 10 kW and 10 kVA rated off-grid output.
Source 1SH10T publishes 15 kW and 15 kVA peak off-grid output for 10 seconds, subject to sufficient PV and battery power.
Source 1The exact current datasheet and manual do not establish autonomous restart after full battery depletion.
Source 1Source 2General PV-to-battery charge management is documented, but an explicit post-depletion outage recharge and restart sequence is not published.
Source 1Local direct access is documented separately from remote iSolarCloud access. Remote data and commands use the cloud; no cloud dependency is stated for automatic BACK-UP operation.
Source 1SH5.0/6.0RSSungrow · Inverter · AU priority 17200
The exact family provides an integrated BACK-UP port and bypass; its documents do not name a separate transfer box.
Source 1Source 2SH5.0RS and SH6.0RS provide single-phase BACK-UP output.
Source 1The scored SH6.0RS publishes 6 kW and 6 kVA rated off-grid output.
Source 1SH6.0RS publishes 8.4 kVA peak off-grid output for 10 seconds.
Source 1The exact current datasheet and manual do not establish autonomous restart after full battery depletion.
Source 1Source 2General PV-to-battery charge management is documented, but an explicit post-depletion outage recharge and restart sequence is not published.
Source 1Local direct access is documented separately from remote iSolarCloud access. Remote data and commands use the cloud; no cloud dependency is stated for automatic BACK-UP operation.
Source 1HIT L G3Hoymiles · Inverter · AU priority 11000
SigenStorSigenergy · Battery · AU priority 13001
Whole-home seamless backup: full load, <20ms switchover (self-contained or val
Source 1Not established
Peak/surge rating published with duration
Source 1DNS G4GoodWe · Inverter · AU priority 11000
SG RSSungrow · Inverter · AU priority 11000
Whispr 13.37PowerPlus Energy · Battery · AU priority 14000
Whole-home seamless backup: full load, <20ms switchover (self-contained or val
Source 1<20ms seamless relay switching (whole-home loads maintained through transition
Source 1No surge rating published (integrated / AC-coupled system)
Source 1ESA G20GoodWe · Battery · AU priority 14000
Whole-home seamless backup: full load, <20ms switchover (self-contained or val
Source 1<5ms UPS-grade relay switching (verified, load-side relay or electronic switch
Source 1Peak/surge rating published with duration
Source 1ALP LV E1Growatt · Battery · AU priority 12012
Whole-home backup via paired hybrid inverter (capability is inverter-dependent
Source 1Not established
Not established
AC transfer time, whole-home scope, phase continuity, black start and outage PV recharge are not battery-level properties for this DC battery; establish them only on separately evidenced power-conversion and isolation equipment.
Source 1IQ Battery 5P FlexPhaseEnphase · Battery · AU priority 10004
Not established
Not established
Not established
Not established
Single Phase 5NeoVolt · Battery · AU priority 14000
Whole-home seamless backup: full load, <20ms switchover (self-contained or val
Source 1<20ms seamless relay switching (whole-home loads maintained through transition
Source 1No surge rating published (integrated / AC-coupled system)
Source 1APX S0 + MIN XH2Growatt · Battery · AU priority 11003
Not established
Not established
Not established
Symo GEN24 Plus SCFronius · Inverter · AU priority 28100
Full Backup requires a battery, Fronius Smart Meter and external backup-control and grid-switchover components.
Source 1Source 2The exact AU datasheet publishes an approximately 10-second Full Backup switching time for Symo GEN24 12.0 Plus SC.
Source 1Symo GEN24 12.0 Plus SC provides three-phase 400/230 V or 380/220 V Full Backup output.
Source 1The exact AU datasheet publishes 12 kVA rated Full Backup output for Symo GEN24 12.0 Plus SC.
Source 1No timed Full Backup overload is published for the exact 12.0 Plus SC. The older 12.4 kVA for 5 seconds table covers only 6.0, 8.0 and 10.0 models and is not transferred.
Source 1Source 2Fronius publishes GEN24 Plus Full Backup as black-start capable when the required battery and switching equipment support that configured outcome.
Source 1Current AU GEN24 material documents Multi Flow energy paths in backup mode; the AU Full Backup guide states that PV can operate and top up the battery when sufficient PV power is available.
Source 1Source 2The AU backup sequence names the inverter, Smart Meter and local switching components. Solar.web is not part of that transition path, but Fronius does not publish a separate cloud-outage guarantee.
Source 1SigenStor EC 10.0 SPSigenergy · Inverter · AU priority 24000
Zero-disruption backup requires Sigen Energy Gateway with Sigen Energy Controller and battery.
Source 1The 0 ms figure is explicitly load-side disruption time for the configured SigenStor system with Sigen Energy Gateway.
Source 1Multi-source black start is documented for a configured SigenStor system and is not an Energy Controller-only claim.
Source 1SigenStor EC TPSigenergy · Inverter · AU priority 25000
Three-phase backup requires Sigen Energy Gateway with the Energy Controller and battery.
Source 1The 0 ms figure is load-side disruption time for the configured SigenStor plus gateway system, not the controller alone.
Source 1The exact EC TP product is three-phase; output remains bounded by the exact controller rating and configured gateway system.
Source 1Black start is a configured SigenStor plus gateway system claim and is not attributable to the Energy Controller alone.
Source 1SBHSungrow · Battery · AU priority 22012
Whole-home backup via paired hybrid inverter (capability is inverter-dependent
Source 1Source 2Source 3Not established
Not established
AC transfer time, whole-home scope, phase continuity, black start and outage PV recharge are not battery-level properties for this DC battery; establish them only on separately evidenced power-conversion and isolation equipment.
Source 1H3-ProFoxESS · Inverter · AU priority 21000
SG RTSungrow · Inverter · AU priority 21000
Battery-Box Premium LVSBYD · Battery · AU priority 23011
Whole-home backup via paired hybrid inverter (capability is inverter-dependent
Source 1Source 2Not established
Peak/surge rating published with duration
Source 1AC transfer time, whole-home scope, phase continuity, black start and outage PV recharge are not battery-level properties for this DC battery; establish them only on separately evidenced power-conversion and isolation equipment.
Source 1X1 Hybrid 3PHAnker SOLIX · Battery · AU priority 24001
Whole-home seamless backup: full load, <20ms switchover (self-contained or val
Source 1Source 2<20ms seamless relay switching (whole-home loads maintained through transition
Source 1Peak/surge rating published with duration
Source 1The exact Australian three-phase Power Dock Pro backup limit remains pending until Anker publishes an Australian datasheet bound to the exact gateway part number.
Source 1Source 2ReservaFronius · Battery · AU priority 22012
Whole-home backup via paired hybrid inverter (capability is inverter-dependent
Source 1Not established
Not established
AC transfer time, whole-home scope, phase continuity, black start and outage PV recharge are not battery-level properties for this DC battery; establish them only on separately evidenced power-conversion and isolation equipment.
Source 1Three Phase 10NeoVolt · Battery · AU priority 24000
Whole-home seamless backup: full load, <20ms switchover (self-contained or val
Source 1<20ms seamless relay switching (whole-home loads maintained through transition
Source 1No surge rating published (integrated / AC-coupled system)
Source 1X1 Hybrid 1PHAnker SOLIX · Battery · AU priority 27000
Whole-home seamless backup: full load, <20ms switchover (self-contained or val
Source 1Source 2<20ms seamless relay switching (whole-home loads maintained through transition
Source 1Peak/surge rating published with duration
Source 1The exact hybrid single-phase X1 datasheet publishes switching below 10 ms for the base configuration.
Source 1The separate Power Dock Pro configuration is claimed at 0 ms load-side switching; this is not the base X1 transfer figure.
Source 1Whole-home orchestration and third-party off-grid solar charging are Power Dock Pro configuration claims and must remain separate from the base hybrid single-phase X1 record.
Source 1X1 AC-coupledAnker SOLIX · Battery · AU priority 24000
No surge rating published (integrated / AC-coupled system)
Source 1Hybrid Battery Max BE21HVRedback Technologies · Battery · AU priority 23001
Not established
Peak/surge rating published with duration
Source 1Source 2Smile M5AlphaESS · Battery · AU priority 24000
Whole-home seamless backup: full load, <20ms switchover (self-contained or val
Source 1<20ms seamless relay switching (whole-home loads maintained through transition
Source 1No surge rating published (integrated / AC-coupled system)
Source 1S6-GR1PSolis · Inverter · AU priority 21000
B2 HV + H2SAJ · Battery · AU priority 21003
Not established
Not established
Not established
Primo GEN24 PlusFronius · Inverter · AU priority 37200
Full Backup requires a battery and external components for safe grid switchover. PV Point is a separate integrated backup path.
Source 1Source 2The exact AU page publishes 20 seconds for the separate PV Point but no numeric Full Backup transfer time; the PV Point value is not transferred.
Source 1Primo GEN24 10.0 Plus and its Full Backup output are single-phase; PV Point is also single-phase.
Source 1The exact AU page publishes 10 kW AC output and 3 kVA PV Point output but no separate Full Backup continuous-output row for the 10.0 benchmark.
Source 1The operating instructions permit up to 35% overload for 5 seconds, subject to available PV and battery capacity; the exact Full Backup continuous base remains unpublished on the AU page.
Source 1Fronius publishes GEN24 Plus Full Backup as black-start capable when the required battery and switching equipment support that configured outcome.
Source 1The exact operating instructions state that Backup mode restarts automatically when sufficient PV energy becomes available again.
Source 1The inverter includes a local web server and the backup path uses local inverter and switching control. Fronius does not publish a separate guarantee for every cloud-outage condition.
Source 1Source 2Powerwall 3Tesla · Battery · AU priority 36102
Not established
Not established
Australian Powerwall 3 publishes 11.04 kW continuous AC output.
Source 1Australian Powerwall 3 publishes 185 A locked-rotor-amperes load-start capability.
Source 1Backup requires a supported islanding device; the Australian datasheet names Backup Gateway 2.
Source 1At an Australian three-phase site, outage backup is limited to the commissioned backup phase.
Source 1The Australian datasheet describes automatic disconnect for seamless backup but publishes no numeric outage transfer time.
Source 1X3-HYB G4 ProSolaX · Inverter · AU priority 31000
CQ7FoxESS · Battery · AU priority 32002
Whole-home backup via paired hybrid inverter (capability is inverter-dependent
Source 1Source 2Not established
Not established
SUN SG05 AU-AM2-PDeye · Inverter · AU priority 31000
DNS G3GoodWe · Inverter · AU priority 31000
RESU PrimeLG Energy Solution · Battery · AU priority 33011
Whole-home backup via paired hybrid inverter (capability is inverter-dependent
Source 1Source 2Not established
Peak/surge rating published with duration
Source 1AC transfer time, whole-home scope, phase continuity, black start and outage PV recharge are not battery-level properties for this DC battery; establish them only on separately evidenced power-conversion and isolation equipment.
Source 1Smile M10AlphaESS · Battery · AU priority 34000
Whole-home seamless backup: full load, <20ms switchover (self-contained or val
Source 1<20ms seamless relay switching (whole-home loads maintained through transition
Source 1No surge rating published (integrated / AC-coupled system)
Source 1EP760 + B500BLUETTI · Battery · AU priority 33001
Whole-home seamless backup: full load, <20ms switchover (self-contained or val
Source 1<20ms seamless relay switching (whole-home loads maintained through transition
Source 1Not established
APX HV S2Growatt · Battery · AU priority 33011
Whole-home backup via paired hybrid inverter (capability is inverter-dependent
Source 1Not established
Peak/surge rating published with duration
Source 1AC transfer time, whole-home scope, phase continuity, black start and outage PV recharge are not battery-level properties for this DC battery; establish them only on separately evidenced power-conversion and isolation equipment.
Source 1ET G2GoodWe · Inverter · AU priority 47200
The exact system uses the inverter's dedicated BACK-UP port and built-in ON-GRID and BACK-UP relays. Site breakers and circuit scope remain installation-defined.
Source 1ET G2 provides a dedicated three-phase BACK-UP output.
Source 1Source 2Nominal BACK-UP output is 6, 8, 10, 12 or 15 kVA for the corresponding exact ET G2 model.
Source 1Published 60-second off-grid peaks are 12, 16, 18, 18 and 18 kVA for the corresponding 6, 8, 10, 12 and 15 kVA models, subject to sufficient PV and battery power.
Source 1The exact AU datasheet and system manual do not explicitly publish autonomous black-start recovery after full depletion.
Source 1Source 2The exact manual documents battery supply to BACK-UP loads and on-grid PV charging, but does not explicitly publish post-depletion PV recharge and restart during a continuing outage.
Source 1SolarGo provides local commissioning while SEMS Portal is the remote platform. No explicit internet or cloud dependency is published for automatic BACK-UP operation.
Source 1Battery-Box Premium HVSBYD · Battery · AU priority 43011
Whole-home backup via paired hybrid inverter (capability is inverter-dependent
Source 1Source 2Source 3Not established
Peak/surge rating published with duration
Source 1AC transfer time, whole-home scope, phase continuity, black start and outage PV recharge are not battery-level properties for this DC battery; establish them only on separately evidenced power-conversion and isolation equipment.
Source 1Hybrid 5000/6000 1PHiStore · Inverter · AU priority 43600
The exact inverter datasheet requires the separate Backup Box-5000. The current iStore gateway page confirms that this 5-6 kW generation uses a different external unit from the newer gateway.
Source 1Source 2No numeric transfer time is published in the exact inverter datasheet, manual or current gateway page; a figure from a differently named backup unit is not transferred.
Source 1Source 2Source 3Exact continuous output for the inverter and box configuration is not published. The box ceiling is 10 kVA and explicitly depends on the inverter and battery combination.
Source 1Source 2No timed surge rating is published for the exact inverter and Backup Box configuration.
Source 1Source 2The exact inverter and Backup Box documents do not publish an autonomous black-start sequence.
Source 1Source 2The exact inverter and Backup Box documents do not publish a post-depletion PV recharge and restart sequence.
Source 1Source 2The exact documents identify app and WLAN monitoring but do not publish backup behaviour during an internet or cloud outage.
Source 1Source 2Hybrid 5000/6000 3PHiStore · Inverter · AU priority 44500
Backup operation requires the separate IS-BACKUP-3P-63A Backup Box.
Source 1Source 2The IS-BACKUP-3P-63A publishes switchover below 3 seconds.
Source 1The box identifies the backup load connection as three single-phase outputs; this is not evidence of support for a three-phase load.
Source 1Exact continuous output for the inverter and box configuration is not published. The box ceiling is 20 kVA and explicitly depends on the inverter and battery combination.
Source 1Source 2No timed surge rating is published for the exact inverter and Backup Box configuration.
Source 1Source 2The exact inverter and Backup Box documents do not publish an autonomous black-start sequence.
Source 1Source 2The exact inverter and Backup Box documents do not publish a post-depletion PV recharge and restart sequence.
Source 1Source 2The exact documents identify app and WLAN or Ethernet monitoring but do not publish backup behaviour during an internet or cloud outage.
Source 1Source 2S6 Three-phase LV HybridSolis · Inverter · AU priority 41000
SDT G3GoodWe · Inverter · AU priority 41000
CygniDyness · Battery · AU priority 42002
Not established
Not established
Peak/surge rating published with duration
Source 1Smile G3 S5 BAT-9.3SAlphaESS · Battery · AU priority 47002
Not established
Not established
Peak/surge rating published with duration
Source 1Published AC backup figures apply to the exact SMILE-G3-S5 inverter plus BAT-9.3S configuration, not to BAT-9.3S as a standalone DC battery.
Source 1The exact SMILE-G3-S5 configuration publishes 5 kW continuous single-phase backup output.
Source 1The exact SMILE-G3-S5 configuration publishes 7.5 kW output for up to 30 seconds.
Source 1The exact SMILE-G3-S5 configuration publishes 10 kW output for up to 1 second.
Source 1The exact SMILE-G3-S5 configuration publishes backup switching below 20 ms.
Source 1H10S 17.8Hinen · Battery · AU priority 47100
Whole-home seamless backup: full load, <20ms switchover (self-contained or val
Source 1<20ms seamless relay switching (whole-home loads maintained through transition
Source 1Peak/surge rating published with duration
Source 1The A Series H10S includes a built-in changeover switch with manual selection between Backup and Bypass modes.
Source 1Single-phase off-grid output is 230 V, up to 63 A and up to 15 kW.
Source 1The current Australian product page publishes backup transfer and generator support but not an explicit black-start-after-depletion sequence.
Source 1Force H3XPylontech · Battery · AU priority 43001
Not established
Peak/surge rating published with duration
Source 1sonnenBatterie Evosonnen · Battery · AU priority 40004
Not established
Not established
Not established
Not established
Home Hub SE10000H-AUSolarEdge · Inverter · AU priority 53000
Full-home or partial-home backup requires the SolarEdge Home Backup Interface.
Source 1Whole-home backup is an available design scope when the required interface is installed; it is not an intrinsic base-inverter outcome, and islanded output remains limited by the exact inverter rating.
Source 1PowerAll ESI T1SOFAR · Inverter · AU priority 51000
Home BatterySolarEdge · Battery · AU priority 54010
Whole-home backup via paired hybrid inverter (capability is inverter-dependent
Source 1Peak/surge rating published with duration
Source 1AC transfer time, whole-home scope, phase continuity, black start and outage PV recharge are not battery-level properties for this DC battery; establish them only on separately evidenced power-conversion and isolation equipment.
Source 1IQ8ACEnphase · Inverter · AU priority 52000
IQ8AC is not a standalone backup device. Backup is a configured Enphase system outcome requiring IQ System Controller and IQ Battery.
Source 1vBox 14VoltX · Battery · AU priority 52002
Whole-home backup via paired hybrid inverter (capability is inverter-dependent
Source 1Not established
Not established
All-in-One AC-CoupledGivEnergy · Battery · AU priority 50004
Not established
Not established
Not established
Not established
HM6ESY SUNHOME · Battery · AU priority 53001
Not established
Peak/surge rating published with duration
Source 1SPH6000TL-HU-AUGrowatt · Inverter · AU priority 61000
S6-EH1P6K-L-PLUS-AUSolis · Inverter · AU priority 61000
MIN TL-XH2Growatt · Inverter · AU priority 60001
Not established
Hybrid Battery System G3Redback Technologies · Battery · AU priority 63001
Not established
Peak/surge rating published with duration
Source 1X1-Hybrid G4SolaX · Inverter · AU priority 76200
The single-phase dedicated EPS output operates with a battery.
Source 1Nominal EPS output follows the exact 3 to 7.5 kW X1-Hybrid G4 model.
Source 1Peak EPS apparent output is up to 150% of nominal for 10 seconds, subject to exact model.
Source 1The source establishes a dedicated EPS circuit; a wider household boundary is not established by the datasheet.
Source 1The exact Australian datasheet does not publish an explicit black-start sequence.
Source 1The exact Australian datasheet does not publish a post-depletion PV restart or outage recharge sequence.
Source 1EQ4800FoxESS · Battery · AU priority 73011
Whole-home backup via paired hybrid inverter (capability is inverter-dependent
Source 1Source 2Not established
AC transfer time, whole-home scope, phase continuity, black start and outage PV recharge are not battery-level properties for this DC battery; establish them only on separately evidenced power-conversion and isolation equipment.
Source 1KHFoxESS · Inverter · AU priority 87200
The exact KH family provides a dedicated EPS output that operates with a battery; the datasheet does not name a separate transfer gateway.
Source 1Maximum continuous EPS apparent output follows the exact KH model from 7 to 10.5 kVA.
Source 1EPS peak output is 10 or 12 kW for 60 seconds depending on the exact KH model.
Source 1The exact Australian KH datasheet and current manufacturer KH material do not explicitly establish autonomous black start after full depletion.
Source 1Source 2FoxESS states that KH frequency-shift capability enables battery charging during power outages.
Source 1FoxCloud monitoring is documented, but the exact KH sources do not publish behaviour during an internet or cloud outage.
Source 1Source 2Powerwall 3 Integrated InverterTesla · Inverter · AU priority 87200
The AU/NZ datasheet names Backup Gateway 2 as the supported islanding device for Powerwall 3.
Source 1Tesla describes automatic seamless backup but publishes no numeric transfer time in the exact AU/NZ datasheet.
Source 1Powerwall 3 is single-phase. At an Australian three-phase site, only the commissioned backup phase remains powered during an outage; three-phase loads stay outside the backup side.
Source 1Source 2The AU/NZ datasheet publishes 11.04 kW continuous AC output.
Source 1No timed kW or kVA surge rating is published. The separate 185 A LRA figure describes load-start capability and has no published duration.
Source 1After depletion during an outage, Powerwall conducts hourly checks for enough solar to resume. If automatic retries fail, Tesla instructs the user to reduce load and manually restart when solar is present.
Source 1During an extended outage, Powerwall checks hourly for enough solar to power the home and charge Powerwall.
Source 1Tesla states that Powerwall is expected to operate normally during an outage without internet, while app notifications and remote status require internet connectivity.
Source 1SBRSungrow · Battery · AU priority 82012
Whole-home backup via paired hybrid inverter (capability is inverter-dependent
Source 1Source 2Not established
Not established
AC transfer time, whole-home scope, phase continuity, black start and outage PV recharge are not battery-level properties for this DC battery; establish them only on separately evidenced power-conversion and isolation equipment.
Source 1Lynx Home F G2GoodWe · Battery · AU priority 81013
Not established
Not established
Not established
AC transfer time, whole-home scope, phase continuity, black start and outage PV recharge are not battery-level properties for this DC battery; establish them only on separately evidenced power-conversion and isolation equipment.
Source 1PowerAll ESI 3-6K-S1SOFAR · Inverter · AU priority 91000
Battery-Box Premium HVMBYD · Battery · AU priority 92012
Whole-home backup via paired hybrid inverter (capability is inverter-dependent
Source 1Source 2Not established
Not established
AC transfer time, whole-home scope, phase continuity, black start and outage PV recharge are not battery-level properties for this DC battery; establish them only on separately evidenced power-conversion and isolation equipment.
Source 1IQ8HCEnphase · Inverter · AU priority 92000
IQ8HC is not a standalone backup device. The Australian grid-agnostic configuration requires IQ System Controller and IQ Battery, and the controller provides automatic transfer.
Source 1aPower XFranklinWH · Battery · AU priority 92002
Not established
Not established
Peak/surge rating published with duration
Source 1PowerAll BTS 5KSOFAR · Battery · AU priority 92012
Not established
Not established
AC transfer time, whole-home scope, phase continuity, black start and outage PV recharge are not battery-level properties for this DC battery; establish them only on separately evidenced power-conversion and isolation equipment.
Source 1TSYS-HS51SolaX · Battery · AU priority 114010
Whole-home backup via paired hybrid inverter (capability is inverter-dependent
Source 1<20ms seamless relay switching (whole-home loads maintained through transition
Source 1Source 2Peak/surge rating published with duration
Source 1Source 2AC transfer time, whole-home scope, phase continuity, black start and outage PV recharge are not battery-level properties for this DC battery; establish them only on separately evidenced power-conversion and isolation equipment.
Source 1Smart Battery S0iStore · Battery · AU priority 123011
Whole-home backup via paired hybrid inverter (capability is inverter-dependent
Source 1Not established
Peak/surge rating published with duration
Source 1AC transfer time, whole-home scope, phase continuity, black start and outage PV recharge are not battery-level properties for this DC battery; establish them only on separately evidenced power-conversion and isolation equipment.
Source 1US5000BPylontech · Battery · AU priority 134010
Whole-home backup via paired hybrid inverter (capability is inverter-dependent
Source 1Peak/surge rating published with duration
Source 1AC transfer time, whole-home scope, phase continuity, black start and outage PV recharge are not battery-level properties for this DC battery; establish them only on separately evidenced power-conversion and isolation equipment.
Source 1A missing disclosure is recorded, not repaired with an assumption.
Exact scope. Product, model family, market and document scope must align before a claim is attached.
Primary evidence. Manufacturer manuals, governing warranty terms, certification bodies and regulators lead the record.
No system approval. Product behaviour does not establish array design, equipment selection, network acceptance or installation compliance.
Living counts. New products and stronger documents update this page on the next benchmark build.
Service-pathway coverage records what Australian warranty documents promise. It does not score actual response quality, claim speed or replacement-stock availability unless those outcomes are independently established.