Inverter
(Off-Grid Hybrid)
- Pure Sine Wave Output
- MPPT Efficiency up to 98%
- 24 / 7 Stable Charge Control
- Multiple Protection
Off-Grid Energy Storage Solutions
Inverter + Energy Storage Battery
for Home, Commercial and Backup Power
Complete Off-Grid Solutions
Inverter + Battery System
Reliable Power 24/7
For Any Scenario
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Pre-sales & After-sales
🛒 Find Your Perfect System – Quick Selection
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1. Application Scenario
2. Total Load Power (Approx.)
≈ 2,500W
3. Backup Time (Daily)
≈ 12 Hours
4. Battery Type / Capacity (Approx.)
≈ 10 kWh
5. System Priority
e.g. High Reliability
Smart Load Power Estimator
Select appliances in your energy priority plan or enter customized total load.
Tip: Values are for estimation. Refer to datasheet for specifics.
#
Appliance Type
Size / Model
Quantity
Est. Watts
Air Conditioner
0W
Refrigerator
0W
Washing Machine
0W
Oven
0W
Induction Cooker
0W
TV
0W
Light
0W
E-Bike / Charger
0W
⌁
Estimated Total Load Power
0W / 0kW
Reference only.
Starting surge and runtime should be considered.
Energy Storage Battery
- LiFePO4 Safe (Long Life)
- 6000+ Cycles @ 80% DOD
- Smart BMS Protection
- Modular & Scalable
Integrated Solutions
- Inverter + Battery Matching
- System Design Support
- Custom Configuration
- Turnkey Off-Grid Solutions
Solar Panel Customization
- Custom Wattage Size
- Voltage / Panel Type Options
- OEM / ODM Available
- Project-Based Matching
Recommended Inverter + Battery Packages
3.5kW Inverter + 5kWh Battery
Home basic kit
+
3.5kW Inverter
5kWh Battery
Up to 8 hrs Backup
5.5kW Inverter + 10kWh Battery
Family comfort kit
+
5.5kW Inverter
10kWh Battery
Up to 15 hrs Backup
7.5kW Inverter + 15kWh Battery
Heavy load kit
+
7.5kW Inverter
15kWh Battery
Up to 24 hrs Backup
11kW Inverter + 20kWh Battery
Large home backup
+
11kW Inverter
20kWh Battery
Up to 24 hrs Backup
15kW Inverter + 20kWh Battery
Commercial backup
+
15kW Inverter
20kWh Battery
Up to 32 hrs Backup
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FAQ
Confirm voltage, phase, total running load, simultaneous start-up loads, backup hours and battery capacity before selecting a model. Motors, pumps, refrigerators and air conditioners need extra surge margin.
A complete system usually includes solar panels, an off-grid or hybrid inverter, LiFePO4 batteries, mounting brackets, cables, protection switches and installation accessories. The final list depends on your project.
Off-grid systems can work without utility power and rely on solar plus batteries. Grid-tie systems usually require the local grid. If you only need backup during outages, choose an off-grid or hybrid backup solution.
Yes, if the load, battery capacity and solar array are sized correctly. High-power loads such as air conditioners, heaters and pumps will require larger battery capacity and higher system cost.
Yes, but inverter power and starting surge must be checked carefully. One small AC may use a 3–5kW system, while two AC units may require an 8–11kW inverter or larger depending on the model.
No. A larger inverter is not always the best choice. Select by continuous load, safety margin and surge power. Oversizing too much can increase cost and reduce efficiency.
Battery size depends on backup time. A simple estimate is: battery kWh = load kW × hours ÷ DOD ÷ system efficiency. For example, 2kW for 4 hours usually needs around 9–14kWh depending on assumptions.
PV array size depends on daily energy use and peak sun hours. A rough estimate is daily kWh ÷ effective sun hours ÷ 0.75. For example, 20kWh per day with 5 sun hours may need around 5.3kW or more.
Yes, but solar generation will drop. If you need 2–3 rainy days of autonomy, choose a larger battery bank or keep generator/grid backup as an option.
Yes, but parallel operation and expansion must be confirmed by model. Inverters and batteries need compatible voltage, communication and parallel protocols.
Battery compatibility must match voltage, charge/discharge current and communication protocol. Please confirm before purchase to avoid protection or communication issues.
Most listed products are solar energy storage or backup systems. Grid-tie requirements vary by country and utility rules, so they need separate confirmation.
Warranty terms should be confirmed in the quotation or contract. They depend on product model, order quantity, application environment and shipping arrangement.
Solar storage systems require correct matching of inverter, battery, BMS, protection, installation and after-sales support. The advantage is integrated solution capability, not only a low price.