Power Your Future with Outdoor-Ready Energy Solutions
Empower your business with industry-leading energy storage systems engineered for outdoor installation. UL/TUV/CE certified with IP65 protection – safer than traditional indoor setups.
Factory-Direct Quality Assurance
5 EN-certified production lines • 3-stage QC protocol • EU warehouse in stock
✔️ Raw materials to final inspection
✔️ Dedicated EU logistics team
✔️ Custom bulk orders accepted
Why Global Partners Choose Us
With 13 years OEM experience, we guarantee 100% production transparency and batch consistency.
Outdoor Safety Design
IP65-rated all-weather protection system prevents dust/water ingress, extending equipment lifespan by 30% compared to indoor units.
Smart Energy Management
3-layer BMS monitors 14 parameters real-time with 99.9% prediction accuracy, optimizing energy utilization through AI algorithms.
Certified Compliance
Pre-installed with UL1973/IEC62619 certified modules, EU market-ready with full documentation package (including EN50330 avalanche test reports).
Fast Deployment
Pre-configured plug-and-play system reduces installation time by 60%. Support remote commissioning via HopeSolar PRO app.
Monitor your electricity usage anytime with our app.
Our app supports Apple and Android systems.
Features that we are super proud of
HopeSolar’s outdoor energy storage systems can be customized to meet your every need.
Flexible Modes
Multiple working modes can be set flexibly to meet different application needs.
Multi-Source Input
Built-in energy storage battery supports simultaneous access to load, grid, and photovoltaics for energy diversification.
Smart BMS
Advanced Battery Management System (BMS) predicts battery capacity and discharge time.
Autonomous Operation
Local Energy Management System (EMS) monitors system status in real-time and supports autonomous system operation.
Comprehensive Protection
Complete protection functions ensure the safe and reliable operation of the battery and inverter.
Multi-Layered Safety
Built-in fire protection, temperature control, and early warning systems provide multiple safety guarantees.
Versatile Communication
WiFi, CAN, and RS485 communication for convenient remote monitoring and management.
Long-lasting ＆ Economical
4000+ cycle life (over 8 years), offering significant economic benefits, and automatic on-grid/off-grid switching.
Technical Parameters
| Battery parameters | |
|---|---|
| Battery capacity/kwh | 10.6kwh（16S208Ah） |
| Battery Type | Lithium Iron Phosphate |
| BMS communication | CAN2.0 / 485 |
| DC side voltage range/V | 44-57.6V |
| AC grid side input and output parameters | |
| Rated power/KVA | 5KVA |
| Maximumcontinuous output current/A | AC21.7A |
| Rated grid voltage/V | AC230V，170-280V |
| Total harmonic distortion TDH | Under stable power＜3% |
| Rated grid frequency/Hz | 50Hz/60Hz |
| Allowable grid frequency range/Hz | ±5Hz |
| power factor | 0.8 lead-0.8 lag |
| AC mode | L+N+PE |
| Isolation method | No isolation transformer |
| AC load side output parameters | |
| Rated output voltage/V | AC230V |
| Rated power/KVA | 5.2KVA |
| Rated frequency | 50/60Hz |
| Rated output current/A | AC22.6A |
| Automatic switching time/ms | ≤20ms |
| Total harmonic distortion TDH | Under linear load ＜2% |
| Total harmonic distortion TDH | 10KW，2second |
| AC mode | L+N+PE |
| Photovoltaic input (standard configuration) | |
| Protection level | IP45 |
| Fire Fighting System | Built-in self-induction distributed fire extinguishing system |
| communication method | WIFI (optional), RS485+CAN |
| Thermal management | Low temperature heating (optional) + forced air cooling |
| EMS | No EMS |
| Weight (kg) | About 240kg |
| DimensionsW*D*H/mm | 860.5x758x1037 |
| Working temperature | -20-55℃ |
| Working environment humidity | 0-95%, no condensation |
| work noise | ≤70dB |
| Working altitude | ≤2000m |
| Interactive interface | LCD/APP/PC |
| AC and DC starting function | have |
| Diesel engine starting | none |
| STS switch | Optional |
Dimensions
1. The height of the concrete base on which the equipment is installed must ensure that it cannot be flooded by water under any circumstances, otherwise the energy storage equipment may be damaged and there is a risk of leakage;
2. Grounding resistance needs to be <4Ω;
3. All incoming and outgoing cables must enter and exit the cabinet through the side wiring holes;
Bottom installation diagram
The concrete base for installing the equipment needs to be pre-embedded with M12 bolts or expansion tubes at the position shown in the left picture;
Quantity: Just choose 4 positions evenly among the 8 mounting holes
