Inverters & Power Conversion
Residential Hybrid Inverter — All-in-One
(6kW, Single Phase)
A single-phase all-in-one hybrid inverter with an integrated, stackable LiFePO4 battery cabinet — delivering 6kW of continuous output at up to 97.8% efficiency. Available with 105Ah or 314Ah battery cells for scalable storage from 5.12kWh up to 40kWh.
Key Features
Built as a fully integrated cabinet, this all-in-one hybrid inverter combines solar charging, grid-tied inversion, and expandable battery storage in a single weatherproof enclosure.
Integrated All-in-One Design
Streamlined cabinet with an elegant appearance, combining the inverter head unit and stackable battery modules.
IP66-Rated Weatherproof Enclosure
Stainless steel housing rated IP66 for waterproof, dustproof installation in a wide range of environments.
Modular Battery Expansion
Battery capacity scales from 5.12kWh up to 30.72kWh (105Ah cells) or 10kWh up to 40kWh (314Ah cells) via stacking.
Plug-and-Play Module Recognition
Additional battery modules are automatically recognized once connected, simplifying on-site installation.
Seamless Backup Switching
Switches to emergency backup mode in ≤10ms, keeping connected loads powered through grid outages.
24-Hour Intelligent Monitoring
Continuous system monitoring supports stable, secure long-term operation and remote diagnostics.
OEM & ODM Capabilities
The all-in-one hybrid inverter platform supports flexible customization across battery capacity, backup voltage settings, and regional grid compliance — suitable for distributors and EPC partners across multiple markets.
Custom Battery Capacity Configuration
Choose the number of stacked battery modules and cell type (105Ah or 314Ah) to match project storage requirements.
Branded Enclosure & Labeling
Cabinet branding, front-panel labeling, and packaging can be customized to OEM/ODM specifications.
Flexible Backup Voltage Settings
Backup-side output voltage is settable between 208/220/240Vac to match local grid requirements.
Grid Compliance Support
Design compliance can be aligned with regional grid-tied standards across European, African, and other target markets.
Communication & Monitoring Integration
RS485/CAN interfaces support integration with cloud platforms and third-party management/VPP systems.
Small-to-Large MOQ Support
Flexible order quantities supported for both trial orders and large-scale residential project deployments.
Technical Specifications
Full electrical and battery parameters for both configurations — the 105Ah cell option (EAHI-6000-SL-S) and the 314Ah cell option (EAHI6KSL-S) — are broken out in the table below.
| Rated Output Power (On-Grid) | 6000W |
|---|---|
| Max. PV Input Power | 8000W |
| Battery Voltage | 51.2Vdc |
| Cell Technology | LiFePO4 |
| Maximum Efficiency | 97.8% |
| MPPT Efficiency | 99.9% |
| Switching Time | ≤10ms |
| Communication Interface | RS485 and CAN |
| Model | Battery Cell | Scalable Capacity |
|---|---|---|
| EAHI-6000-SL-S | 105Ah | 5.12–30.72kWh |
| EAHI6KSL-S | 314Ah | 10–40kWh |
| Max. Expandable Modules | 6 (105Ah) / 4 (314Ah) | — |
| Backup Output | 6000VA/8000W (105Ah) / 6000VA/6000W (314Ah) | — |
| Parameter | EAHI-6000-SL-S (105Ah) | EAHI6KSL-S (314Ah) |
|---|---|---|
| Max. PV input power | 8000W | 8000W |
| Max. PV input voltage | 550Vdc | 550Vdc |
| Starting voltage | 150Vdc | 150Vdc |
| Max. PV input current | 16/16A | 16/16A |
| Grid input voltage range | 184–276Vac | 184–276Vac |
| Max. grid input current | 40A | 40A |
| Rated output voltage (on-grid) | 220Vac/230Vac | 220Vac/230Vac |
| Rated output current (on-grid) | 27.3A/26.1A | 27.3A/26.1A |
| Power factor | >0.99 (0.8 lead–0.8 lag) | >0.99 (0.8 lead–0.8 lag) |
| Backup rated output power | 6000VA/8000W | 6000VA/6000W |
| Backup rated output voltage | 230Vac (208/220/240Vac settable) | 230Vac (208/220/240Vac settable) |
| Voltage harmonic (THDv) | ≤3% (linear load) | ≤3% (linear load) |
| Battery voltage | 51.2Vdc | 51.2Vdc |
| Cell type | 105Ah | 314Ah |
| Max. expandable number | 6 modules | 4 modules |
| Energy capacity per module | 5.12kWh | 10kWh |
| Scalable capacity range | 5.12–30.72kWh | 10–40kWh |
| Max. charging power | 3.84kW@1 module, 5.7kW@>1 module | 5kW@1 module, 6kW@>1 module |
| Max. discharging power | 5.02kW@1 module, 6kW@>1 module | 5kW@1 module, 6kW@>1 module |
| Max. charging current | 75A@1 module, 100A@>1 module | 100A |
| Max. discharge current | 98A@1 module, 120A@>1 module | 105A@1 module, 120A@>1 module |
| Battery certification | IEC 62619, IEC 60730, UN 38.3, IEC 62040-1, ROHS2.0, VDE 2510-50 | IEC 62619, IEC 63056, UN 38.3 |
| Inverter dimensions (W×H×D, mm) | 600×530×305 | 700×530×405 |
| Inverter weight | 36.4kg | 41.4kg |
| Battery module dimensions (W×H×D, mm) | 600×220×305 | 700×250×405 |
| Battery module weight | 50kg | 83kg |
| Base dimensions (W×H×D, mm) | 600×30×305 | 700×81.5×405 |
| Base weight | 6kg | 4.8kg |
Construction & Configuration
The numbered diagram below highlights how the all-in-one cabinet is structured, from the inverter head unit down through the stackable battery modules to the base.
Hybrid Inverter Head Unit
Top module houses the inverter electronics, MPPT solar charge controller, and grid/backup output terminals.
Stackable Battery Modules
LiFePO4 battery modules stack beneath the inverter head, expanding capacity in plug-and-play increments.
Plug-and-Play Module Connectors
Quick-connect interfaces between stacked modules enable automatic battery recognition on installation.
Base Mounting Plate
Weighted base module anchors the stacked cabinet and routes ground-level wiring connections.
Backup Output Terminal
Dedicated backup-side AC terminal switches to emergency power within 10ms of grid loss.
Communication & Monitoring Port
RS485/CAN interface enables integration with cloud platforms and third-party monitoring/VPP systems.
Standards & Test Documentation
The all-in-one hybrid inverter is designed to meet multi-region grid-tied and safety standards, with certified battery modules supporting long-term reliable operation.
Multi-Region Grid Compliance
Engineered to comply with grid-interconnection standards including CEI 0-21, DIN VDE V 0124-100:2020, VDE-AR-N 4105:2018, NRS097-2-1, EN 50549-1, and G99/1-9:2022, among other regional standards, supporting deployment across multiple international markets.
LVD & EMC Certified Design
Meets IEC/EN 62109-1/-2 and AS62109 low-voltage directive requirements, along with EN 61000-6-1/-2/-3/-4 electromagnetic compatibility standards, with DC Type II / AC Type III surge protection built in.
Certified Battery Safety
Integrated LiFePO4 battery modules are certified to IEC 62619 and UN 38.3, with additional certifications (IEC 60730, IEC 62040-1, ROHS2.0, VDE 2510-50 or IEC 63056) depending on the cell configuration selected.
Ready to size your all-in-one hybrid system?
Send us your daily energy usage and desired backup capacity — our team will help you choose between the 105Ah and 314Ah battery configurations or discuss OEM/ODM customization.