GRANKIA GHE8K single phase green energy 8000 watt solar inverter 48v is a versatile and robust energy solution. It delivers high-quality pure sine wave AC power, ensuring the safety and efficiency of your electrical appliances.
The single phase 8000 watt solar inverter 48v supports single-phase, split-phase, and three-phase configurations in parallel, making it adaptable to various power needs. Equipped with two MPPT solar charge controllers, it can handle up to 22A for two PV input currents, ensuring optimal solar energy harvest. With IP65-rated protection, it is built to withstand harsh environmental conditions, suitable for both indoor and outdoor installations.
The 8000 watt solar inverter is compatible with lithium batteries and features exclusive Lithium Battery BMS Dual Activation. Additionally, it has a peak shaving function to help reduce demand charges by minimizing power usage during peak periods.
8000 Watt Solar Inverter Features
Pure Sine Wave AC Power Output
It delivers high-quality pure sine wave AC power, ensuring the safety and efficiency of your electrical appliances.
Single Phase, Split Phase And Three Phase Parallel Operation
This inverter can work seamlessly in either split phase or three-phase parallel setups, providing flexibility for different installation requirements.
Dual MPPT Solar Charge Controller
Equipped with two Maximum Power Point Tracking (MPPT) solar charge controllers, it can handle up to 22A for two PV input currents, ensuring optimal solar energy harvest.
IP65 Protection
With IP65-rated protection, the inverter is built to withstand harsh environmental conditions, making it suitable for both indoor and outdoor installations.
Exclusive Lithium Battery BMS Dual Activation
This feature enhances the performance and longevity of lithium batteries, providing reliable energy storage and management.
On/Off Grid Capability
It can operate in both on-grid and off-grid modes, offering flexibility and reliability in power supply.
Peak Shaving
The peak shaving function helps in reducing the demand charges by minimizing power usage during peak periods. The inverter includes a time-slot function to optimize energy usage and reduce costs during peak and off-peak periods.
Time of Use (TOU)
With TOU functionality, you can schedule the energy usage according to different time slots, maximizing efficiency and cost savings.
Solar Inverter Diagram
Hybrid Solar Inverter Overviews
Split Phase Operation
For each inverter setting:
- Choose “Parallel” for parallel mode.
- Select “Split Phase” for grid type.
- When “120V” is selected for output phase voltage:
- Output L1-L2 voltage is 240V.
- L1-N voltage is 120V.
- L2-N voltage is 120V.
Solar Inverter Connection in Split Phase
Three Phase Operation
Two hybrid solar inverters connected in parallel to produce a three-phase output (unbalanced).
P1 Solar Inverter Setting:
In parallel mode, select ‘Three phase A’ for output phase voltage, and choose ‘Three Phase’ for grid type. When set to ‘120V’, the output voltages are: L1-L2 voltage is 208V, L1-N voltage is 120V, and L2-N voltage is 120V.
P2 Solar Inverter Setting:
In parallel mode, select ‘Three phase B’ for output phase voltage, and choose ‘Three Phase’ for grid type. When the output phase voltage is set to ‘120V’, the output voltages are as follows: L1-L2 voltage is 208V, L1-N voltage is 120V, and L2-N voltage is 120V.
Solar Inverter Connection in Three Phase
Hybrid Inverter Basic Setting
Working Mode Setting
Peak Shaving Setting
Battery Type Setting
Battery Management Setting
