System Overview
Model: Complete DC48V 16 kW split-phase solar power system
Includes (as you listed):
1 × 16 kW split-phase inverter (120/240 V output)
2 × 16 kWh lithium-ion battery modules (48 V nominal each)
24 × 700 W PV modules (total array)
Full mounting system, cabling, connectors, and accessories
Key Electrical Numbers (Calculated Explicitly)
Solar Array Total Peak Power
24 panels × 700 W each = 24 × 700 = 16,800 W = 16.8 kW
Battery Energy and Capacity (at 48 V nominal)
Each battery = 16,000 Wh
16,000 Wh ÷ 48 V = 16,000 ÷ 48 = 333.333… Ah (per battery)
Two in parallel → 2 × 16,000 Wh = 32,000 Wh total = 32.0 kWh
Two in parallel → 2 × 333.333… Ah = 666.667 Ah at 48 V
Usable Storage (Example Using 80% DoD Recommendation)
32,000 Wh × 0.80 = 25,600 Wh = 25.6 kWh usable
| 16KW HYBRID SOLAR POWER SYSTEM (48V SPLIT PHASE) | ||
| Item | Description | Q'ty (Set) |
| 1 | 695W A Grade Canadian Solar Panel | 24 |
| 2 | 16KWH LITHIUM ION BATTERY | 2 |
| 3 | S6-EH2P16K03-SV-YD-L-US 16kW Split Phase Inverter | 2 |
| 4 | Solar Cable -6mm2 cable per meter | 400 |
| 5 | DC ISOLATOR | 6 |
| 6 | DC MCCB | 6 |
| 7 | Adjustable front and rear leg mounting system | 66 |
| 8 | Solar Tool Bag | 1 |
| 9 | 4awg - 3/8 Battery Cable | 100 |
| 10 | Copper Lugs | 50 |
FAQ:
Q:Why hybrid 3 phase inverter?
A:Why should we choose a hybrid 3 phase inverter? In residential applications, I believe hybrid inverters will replace grid-tied inverters in the near future. Let's look at the reasons:
A single hybrid inverter can become the core of your PV + energy storage system. It offers the following benefits:
No need to install an on-grid inverter
No need to install an off-grid inverter
No need to install a solar charge controller
No need to install an AC-coupled controller
Reduced equipment costs
Reduced installation costs
Reduced communication costs
Reduced operation and maintenance (O&M) costs
Reduced installation space requirements
Reduced troubleshooting costs
Reduced equipment failure rates
Reduced after-sales service costs
Increased proportion of photovoltaic power generation for self-consumption
Real-time monitoring of power generation and consumption
This type of inverter is not complicated or difficult to use; it is a simple and multifunctional inverter. The benefits of integrated technology make the system easier to install, maintain, and operate more intelligently.
When you decide to install a photovoltaic system in your home, a hybrid inverter should be your first choice because batteries can be added whenever needed. It is the core equipment of a PV + energy storage system.
Users can enjoy fewer concerns about power outages, lower electricity bills, and in some areas, even benefit from feed-in tariff subsidies.
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