SX-HYP Series is an off grid solar storage inverter, a combination of 48V 5KW high frequency inverter, AC charger and 100A MPPT solar controller with Max 500Vdc 4kWp PV input.
SX-HYP Series support max 6 units parallel connect to make single phase 30kw output or three phase 30kw output.
Item NO | Battery Voltage | MPPT current | Inverter power | AC input and Output voltage | Max PV voltage | Max PV power | Packing size (cm) | Weight (KGS) |
---|---|---|---|---|---|---|---|---|
SX-HYP4850S100-H | 40 –60Vdc | 100A | 5000W | 220/230Vac | 500V | 5500W | 45*35*14 | 13KG |
SX-HYP4850U100-H | 40–60Vdc | 100A | 5000W | 120Vac(L/N/PE single-phase) | 500V | 5500W | 45*35*14 | 13KG |
SX-HYP Inverter can connected with PV panel, AC mains ,battery and Load to make a off grid solar storage system.
SX-HYP Inverter intelligently switches between using solar power, battery storage and grid power. It can provide low costs energy for power stable places or stable power supply for grid unstable areas.
There are four charging modes:PV priority ,mains power priority, PV and mains mix charging,only solar power.
Three output modes: PV priority output, Mains priority output, Inverter (battery) priority output.
Solar First :
Battery will be charged from solar firstly.
when solar energy is unavailable(solar panel output voltage under solar operating voltage 120V), then battery will be charged from mains .
This charging mode make full use of solar energy in the daytime.
It is suitable for areas with relatively stable power grid and relatively expensive electricity price
Mains First:
Battery will charge from mains, only when the mains supply is invalid, solar will start to charge battery.
This charging mode will make battery always keep full.
It is suitable for areas with unstable utility grid power and need backup power supply when power outage.
Hybrid Charging:
When Solar energy is sufficient, solar will charge battery priorily, when solar energy is insufficient (solar charing current is less than charging current setting in the inverter), then solar and Mains will charge battery at same time.
In the charing mode ,battery can be fully charged in fastest way.
It is suitable for the area with unstable power grid, battery will use as backup power supply.
Only solar :
Only use solar energy to charge battery.
This charging mode can save the electricty bills at most. All the battery energy are from solar energy.
It suitable for areas with good light condition or without mains connection.
Solar First:
Solar energy and battery will power the load. When solar energy is invalid, load will be supplied by Mains.
In this output mode, solar energy can be maximally used, battery will also maintain high charging level.
This mode is suitable for areas with stable power grid.
Mains First :
Load will by powered by Mains priorily . when Mains power is invaild ,then the load will be powered by Inverter (Battery)
In this output mode, the system will work as backup UPS.
It’s suitable for area with unstable power grid.
Inverter First:
Load will be powered by Inverter(Battery), when battery is low ,then load will be supplied by Mains .
In this output mode, battery energy will be used maximally.
This mode is suitable for areas with stable power grid.
Hybrid output and grid connection (need to be abled):
when no battery is connected or when the battery is full, the load power will be supplied by solar and the utility together.
In this output mode, surplus solar energy can be fed back to the grid if the grid connection function is enabled
This mode is suitable for situations where electricity needs to be sold to the grid.
Operating Mode | Built-in Optional Mode | |||
Charging Mode | Solar First | Mains First | Hybrid Charging | Only solar |
Output Mode | Solar First | Mains First | Inverter First | Hybrid output and grid connection |
Off grid inverter works in many place, suitable for different utility grid conditions, you can use the inverter in different way.
In urban area, with Stable utility grid power but electrictiy price is high. In this suitation, off grid solar system can help max reduce electritiy bills.
In rural area , with Unstable utility grid power and need backup power supply when power outage. In this suitation, off grid solar system can provide stable power supply.
Typical Scenario | First concern | Charging Mode setting | Output mode setting | Method |
urban area : Utility grid stable But electricity price is high | Reduce electricity bills | PV Priority | Inverter Priority | Max use solar energy and battery power |
Rural area : Utility grid unstable | Provide backup power when power outage | PV & Mains mixed charging | Mains Priority | Always keep battery full and standby |
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