10kW Split Phase Inverter
The 10kW Split Phase Inverter is expertly designed to cater to the complex demands of modern solar power systems. This inverter’s unique split-phase support is a key feature, allowing seamless compatibility with both split-phase and single-phase electrical configurations. This versatility makes it an ideal solution for a wide range of applications, from residential setups to more demanding commercial installations.
Enhancing its adaptability, the inverter boasts dual Maximum Power Point Tracking (MPPT) capabilities. With two independent MPPTs, it efficiently extracts maximum power from two solar panel arrays, ensuring each operates at peak efficiency. This dual MPPT setup not only optimizes the solar energy harvest with an impressive 99.9% efficiency but also significantly increases the overall energy output, making the inverter a powerhouse in solar energy conversion.
The ingenuity of the 10kW Split Phase Solar Inverter extends to its time-slot charging and discharging feature. This sophisticated function allows users to program specific periods for mains charging and battery discharging, aligning energy usage with varying electricity rates and consumption patterns. By strategically managing the energy flow, this feature helps in optimizing operational costs and ensuring a consistent power supply.
In summary, the 10kW Split Phase Solar Inverter is more than just a device; it’s a smart, adaptable, and efficient solution for modern solar energy systems, offering unparalleled control and optimization of solar power usage.
10kW
Power Output
120/240V
Split Phase
2 MPPTs
Best Efficiency
500V
DC Inputs
Dual MPPT Technology
Maximizes the efficiency of solar energy harvest from dual solar arrays, ensuring each panel operates at its optimal power point for enhanced energy yield.
Split-Phase Outputs
Offers unmatched versatility for a variety of solar power applications, from homes to businesses.
Uninterrupted Power Supply
Featuring two output modes, mains bypass, and inverter output, the SPI-10K-U ensures continuous power supply, crucial for reliability and operation in various settings.
Smart Time-Slot Management
Tailors charging/discharging based on electricity cost, enhancing savings and efficiency.
| Technical Specifications | |
|---|---|
| Rated Output Power: | 10000W |
| Max.Peak Power: | 20000W |
| Rated Output Voltage: | 120/240V Split Phase |
| Load Capacity of Motors: | 6HP |
| Battery Type: | Lead-acid / Li-ion |
| Rated Battery Voltage: | 48V |
| Max. MPPT Charging: | 200A |
| Max. PV Input: | 2 MPPTs, 5500W+5500W |
| Max. DC Input | 500VDC+500VDC |
| MPPT Range: | 120-450VDC |
| Technical Specifications | |
|---|---|
| MPPT Efficiency: | 99.9% |
| Dimensions: | 620*445*130mm |
| Weight: | 27kg |
| Protection Degree: | IP20, Indor OnIy |
| Operating Temperature: | -10℃~55℃ |
| Embedded Interfaces: | RS485 / CAN / USB / Dry contact |
| Communication: | Wi-Fi / GPRS (Optional) |
| Safety: | IEC62109-1, IEC62109-2, UL1741 |
| EMC: | EN61000-6-1, EN61000-6-3, FCC 15 class B |
Frequently Asked Questions
10kW Split Phase Inverter
Pros of low-voltage batteries include lower cost, easy maintenance, and better compatibility. They are more affordable, require less effort to maintain, and work well with various systems.
However, there is a drawback. When the accumulative current in the system becomes too large, it can potentially lead to safety and efficiency issues.
But for residential storage systems below 20kWh, low-voltage batteries are a more balanced and economical choice.
The dry contact function allows the inverter to control a diesel generator's switch for charging the battery. It automatically activates the generator when the battery voltage is low, ensuring continuous power supply
The SPI-10K-U split phase solar inverter offers versatile charging modes to accommodate various energy needs and scenarios. These modes include:
Solar Power Mode: In this mode, the inverter primarily uses solar energy to charge the battery. It's an eco-friendly option that maximizes the use of renewable energy. Ideal for sunny days when there's ample solar power available.
Mains Power Priority: This mode gives preference to mains (grid) power for charging the battery. It’s useful when solar energy is insufficient, like during cloudy days or at night. The inverter will automatically switch to solar charging when mains power is not available or is more expensive.
Solar Power Priority: Opposite to the mains priority, this mode prioritizes solar power for charging. The inverter will switch to mains power only when the solar energy is not adequate to meet the load demand. It's perfect for locations with high solar energy availability and for reducing reliance on the grid.
Mixed Charging (Solar and Mains Power): This mode combines both solar and mains power for charging. It intelligently balances the use of solar and grid power, ensuring efficient energy usage and constant power supply. Ideal for maintaining a continuous power supply in varying environmental conditions.
Generator Charging: If connected to a diesel generator, the inverter can also use it for charging, especially useful in areas with limited grid access or during prolonged power outages.
The inverter offers several AC output modes, including Utility Priority Output, Solar and Utility Hybrid Output, Solar Priority Output, and Inverter Priority Output. These modes allow users to prioritize power sources based on availability and need
Yes, it features a time-slot charging and discharging function that lets users set different charging and discharging periods based on local electricity rates. This helps in using utility power and solar energy more efficiently and can lead to significant cost savings
The inverter supports both lead acid and lithium-ion battery connections, offering versatility in energy storage options.
