Description
Technical specifications
| Manufacturer | Huawei |
|---|---|
| Model | SUN5000-8K-MAP0 |
| Type and role | Three-phase hybrid PV inverter for external high-voltage storage |
| Rated AC output | 8 kW |
| Maximum apparent AC output | 8800 VA |
| Grid voltage | 220/380 V /230/400 V /240/415 V /3L+N+PE |
| Grid frequency | 50 /60 Hz |
| Maximum AC current | 13.3 A /380 V |
| Power factor | 0.8 leading…0.8 lagging |
| THD at rated output | ≤3 % |
| Recommended maximum PV power | 14600 Wp |
| Maximum DC voltage | 1100 V |
| Start-up voltage | 160 V |
| MPPT range | 160–1000 V |
| Rated DC voltage | 600 V |
| MPPT count | 2 |
| Strings per MPPT | 1 |
| PV string count | 2 |
| Current per MPPT | 16 A |
| Short-circuit current per MPPT | 22 A |
| Maximum efficiency | 98.6 % |
| European efficiency | 98.0 % |
| Battery interface — manual voltage range | 600–980 V DC |
| Maximum battery current | 20 A |
| Maximum battery charging power | 12 kW |
| Maximum discharge power per specification | 8000 W |
| Rated three-phase backup output | 8000 W /3-phase |
| Ingress protection | IP66 |
| Operating temperature | −25…+60 °C |
| Operating relative humidity | 0–100 % |
| Operating altitude | 0–4000 m |
| Weight including bracket | ≤21 kg |
| Dimensions W × H × D including bracket | 490 ×460 ×130 mm |
| Standard communication | RS485; local WLAN for commissioning |
| Built-in WLAN | 802.11b/g/n /2400–2483.5 MHz |
| Reference AC protection | 25 A /≥415 V AC /3-phase |
| DC conductors | 4–6 mm² Cu |
| Battery conductors | 4–6 mm² Cu |
| AC conductors | 4–6 mm² Cu |
| PE conductor | 4–6 mm² Cu |
| Grid systems | TN-S /TN-C /TN-C-S /TT /IT |
| Safety standards | EN/IEC62109-1 /EN/IEC62109-2 |
| Cooling | Natural convection |
| Topology | Transformerless |
|---|---|
| Local control | LED /WLAN /FusionSolar App for configuration |
| Supported battery systems | LUNA2000-5/10/15-S0 /LUNA2000-7/14/21-S1 |
| Battery assembly | Compatible modules with matching power and control module |
| Storage capacity | Defined by the selected complete battery in kWh |
| Battery charging from grid | Supported with appropriate configuration |
| Backup system pairing | LUNA2000 +SmartGuard-63A-T0 |
| Ethernet connection | With a separate WLAN-FE Smart Dongle |
| Mobile data connection | Optional compatible 4G Smart Dongle |
| Energy metering | DTSU666-H /YDS60-C24 /DTSU71 /DHSU1079-CT according to firmware and design |
| Additional control | SmartAssistant /SmartGuard-63A-T0 according to design |
| PV optimizers | Optimizer on every PV module; one approved family |
| Anti-islanding protection | Integrated |
| DC polarity protection | Integrated |
| Insulation monitoring | Integrated |
| Residual current monitoring | Integrated |
| AC overcurrent and short circuit | Integrated |
| Temperature protection | Integrated |
| AFCI arc-fault protection | Integrated |
| Surge protection | DC and AC, Type II-compatible according to specification |
| Mounting | Fixed wall installation |
| Offered scope | Individual inverter with system interfaces for external components |
| Estimated delivery | 2–3 days, seller estimate |
| PV input allocation design | One or two appropriately designed strings |
| Storage temperature | −40…+70 °C |
| Typical noise | ≤29 dB |
| Night consumption | <5.5 W |
| Battery operating range per datasheet | 600–980 V DC |
| Remote monitoring | With suitable Smart Dongle or system network equipment |
| Asymmetric control | Supports100% three-phase imbalance according to specification and phase limits |
| Long-term backup output | 8800 W /110 % |
| 150% backup overload — three phases | 5 min |
| 150% backup overload — single phase | 5 min |
| 200% backup overload — three phases | 10 s |
| Transfer with SmartGuard | ≤20 ms /SmartGuard-63A-T0 |
| Connector temperature monitoring | PV /battery /optimizer |
| PID recovery | Supported |
| Battery signal cable | Cat5e outdoor shielded |
| PV configuration requirement | Complete array with compatible optimizers on every module |
| Optimizers per string per datasheet | 6–35 |
| Maximum string DC power per datasheet | 12000 W |
| Supported optimization | SUN2000-450W-P2 /600W-P /600W-PA0 in an appropriate single-family configuration |
Asymmetric solar and three-phase backup
Huawei SUN5000-8K-MAP0 is an asymmetric three-phase hybrid inverter rated at 8 kW, with two MPPTs and an interface for complete LUNA2000 storage. It supports different loads on individual phases within total-output and phase-current limits. With a compatible battery and SmartGuard-63A-T0, it forms an engineered three-phase backup system. SUN5000 is designed with a compatible optimizer on every PV module.
Two strings matched to the roof
The manufacturer recommends up to 14600 Wp of PV for this model. Each of the two MPPTs has one string input, with 16 A input and 22 A short-circuit limits according to the actual nameplate version. The design assigns modules by orientation, tilt, operating current and voltage, allowing two appropriately designed roof sections to track independently.
Optimization of every module
SUN5000 is engineered with a compatible optimizer on every connected module. For the SUN2000-450W-P2 and 600W-P family, the datasheet specifies 6–35 optimizers per string and at most 12 kW DC per string. Module selection follows the exact optimizer power, voltage and current ratings. The 600W-PA0 family is selected as a separate consistent approved configuration. This item offers the inverter; optimizers are selected as appropriate array components.
Output for a three-phase system
Rated three-phase output is 8 kW, with 8800 VA maximum apparent output. The family supports 100% three-phase imbalance according to specification; design still accounts for total output and each phase current. This model reaches 98.6% maximum and 98.0% European efficiency. Appropriate metering and control coordinate generation, phase-specific demand and configured grid requirements.
LUNA2000 storage as part of the assembly
Supported systems include LUNA2000-5/10/15-S0 and LUNA2000-7/14/21-S1 according to the current specification and appropriate configuration. Battery modules are combined with the correct power and control module for their generation. Capacity in kWh follows the selected complete battery; inverter output in kW describes a different property. Protection, communication and firmware form part of the design.
Charging from solar and grid
The 600–980 V DC battery interface at up to 20 A supports charging up to 12 kW and model-specific discharge up to 8000 W according to specification. Actual output also depends on the complete battery and its state. Grid charging, schedules and self-consumption are configured with metering and controls. Battery capacity in kWh is selected for required runtime and demand.
Three-phase backup with SmartGuard
With a compatible battery and SmartGuard-63A-T0, this model provides 8 kW rated three-phase backup. The specification gives transfer within 20 ms, long-term 110% support, 150% three-phase overload for 5 minute(s), and 200% for 10 seconds. Single-phase 150% overload is specified for 5 minutes. Actual start-up loads, battery output, protection and backup circuits are verified together.
FusionSolar and system communication
Local WLAN and the app support configuration and device visibility, with RS485 linking system components. Remote monitoring uses an appropriately selected WLAN-FE Smart Dongle, 4G Smart Dongle or supported system controls. Compatible three-phase metering and SmartAssistant or SmartGuard follow the current wiring arrangement. Grid, battery and backup settings are assessed for the actual firmware and configuration.
Compact outdoor design
IP66, natural cooling and a −25 to +60°C operating range support fixed installation. The current manual specifies a maximum 21 kg weight and dimensions of 490 × 460 × 130 mm. Typical noise is at most 29 dB. Design includes airflow, service access and suitable installation space. Operating altitude reaches 4000 m with power management above 2000 m.
Protection and connection preparation
For this model, the manual recommends 25 A three-phase AC protection rated at least 415 V AC. DC, battery and AC copper conductors use a 4–6 mm² reference cross-section according to design. Metering can use DTSU666-H, DTSU71, DHSU1079-CT or YDS60-C24. Battery signal links use appropriate outdoor shielded Cat5e. A professional configures protection, earthing and grid profile.
Selecting the exact assembly
Base a recommendation on the exact SUN5000-8K-MAP0, connected-circuit demand and required battery capacity. This item offers the inverter as an individual component; battery, metering, network accessories and backup transfer equipment are selected as appropriate project components. The public Batterado profile and Markdown retain the stated parameters and system relationships. Estimated delivery of 2–3 days is a seller estimate.
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Huawei SUN5000-8K-MAP0 — 8 kW asymmetric three-phase hybrid inverter. Huawei SUN5000-8K-MAP0 is an asymmetric three-phase hybrid inverter rated at 8 kW, with two MPPTs and an interface for complete LUNA2000 storage. It supports different loads on individual phases within total-output and phase-current limits. With a compatible battery and SmartGuard-63A-T0, it forms an engineered three-phase backup system. SUN5000 is designed with a compatible optimizer on every PV module. The 600–980 V DC battery interface at up to 20 A supports charging up to 12 kW and model-specific discharge up to 8000 W according to specification. Actual output also depends on the complete battery and its state. Grid charging, schedules and self-consumption are configured with metering and controls. Battery capacity in kWh is selected for required runtime and demand.
Manufacturer: Huawei; Model: SUN5000-8K-MAP0; Type and role: Three-phase hybrid PV inverter for external high-voltage storage; Rated AC output: 8 kW; Maximum apparent AC output: 8800 VA; Grid voltage: 220/380 V /230/400 V /240/415 V /3L+N+PE; Grid frequency: 50 /60 Hz; Maximum AC current: 13.3 A /380 V; Power factor: 0.8 leading…0.8 lagging; THD at rated output: ≤3 %; Recommended maximum PV power: 14600 Wp; Maximum DC voltage: 1100 V; Start-up voltage: 160 V; MPPT range: 160–1000 V; Rated DC voltage: 600 V; MPPT count: 2; Strings per MPPT: 1; PV string count: 2; Current per MPPT: 16 A; Short-circuit current per MPPT: 22 A; Maximum efficiency: 98.6 %; European efficiency: 98.0 %; Battery interface — manual voltage range: 600–980 V DC; Maximum battery current: 20 A; Maximum battery charging power: 12 kW; Maximum discharge power per specification: 8000 W; Rated three-phase backup output: 8000 W /3-phase; Ingress protection: IP66; Operating temperature: −25…+60 °C; Operating relative humidity: 0–100 %; Operating altitude: 0–4000 m; Weight including bracket: ≤21 kg; Dimensions W × H × D including bracket: 490 ×460 ×130 mm; Standard communication: RS485; local WLAN for commissioning; Built-in WLAN: 802.11b/g/n /2400–2483.5 MHz; Reference AC protection: 25 A /≥415 V AC /3-phase; DC conductors: 4–6 mm² Cu; Battery conductors: 4–6 mm² Cu; AC conductors: 4–6 mm² Cu; PE conductor: 4–6 mm² Cu; Grid systems: TN-S /TN-C /TN-C-S /TT /IT; Safety standards: EN/IEC62109-1 /EN/IEC62109-2.
Cooling: Natural convection; Topology: Transformerless; Local control: LED /WLAN /FusionSolar App for configuration; Supported battery systems: LUNA2000-5/10/15-S0 /LUNA2000-7/14/21-S1; Battery assembly: Compatible modules with matching power and control module; Storage capacity: Defined by the selected complete battery in kWh; Battery charging from grid: Supported with appropriate configuration; Backup system pairing: LUNA2000 +SmartGuard-63A-T0; Ethernet connection: With a separate WLAN-FE Smart Dongle; Mobile data connection: Optional compatible 4G Smart Dongle; Energy metering: DTSU666-H /YDS60-C24 /DTSU71 /DHSU1079-CT according to firmware and design; Additional control: SmartAssistant /SmartGuard-63A-T0 according to design; PV optimizers: Optimizer on every PV module; one approved family; Anti-islanding protection: Integrated; DC polarity protection: Integrated; Insulation monitoring: Integrated; Residual current monitoring: Integrated; AC overcurrent and short circuit: Integrated; Temperature protection: Integrated; AFCI arc-fault protection: Integrated; Surge protection: DC and AC, Type II-compatible according to specification; Mounting: Fixed wall installation; Offered scope: Individual inverter with system interfaces for external components; Estimated delivery: 2–3 days, seller estimate; PV input allocation design: One or two appropriately designed strings; Storage temperature: −40…+70 °C; Typical noise: ≤29 dB; Night consumption: <5.5 W; Battery operating range per datasheet: 600–980 V DC; Remote monitoring: With suitable Smart Dongle or system network equipment; Asymmetric control: Supports100% three-phase imbalance according to specification and phase limits; Long-term backup output: 8800 W /110 %; 150% backup overload — three phases: 5 min; 150% backup overload — single phase: 5 min; 200% backup overload — three phases: 10 s; Transfer with SmartGuard: ≤20 ms /SmartGuard-63A-T0; Connector temperature monitoring: PV /battery /optimizer; PID recovery: Supported; Battery signal cable: Cat5e outdoor shielded; PV configuration requirement: Complete array with compatible optimizers on every module; Optimizers per string per datasheet: 6–35; Maximum string DC power per datasheet: 12000 W; Supported optimization: SUN2000-450W-P2 /600W-P /600W-PA0 in an appropriate single-family configuration. With a compatible battery and SmartGuard-63A-T0, this model provides 8 kW rated three-phase backup. The specification gives transfer within 20 ms, long-term 110% support, 150% three-phase overload for 5 minute(s), and 200% for 10 seconds. Single-phase 150% overload is specified for 5 minutes. Actual start-up loads, battery output, protection and backup circuits are verified together.
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