4.6kW Goodwe ES Hybrid Solar Inverter, 48V

4.6kW Goodwe ES Hybrid Solar Inverter, 48V

PV systems that are off-grid or on-grid can utilize both directions of the 4.6kW Goodwe ES Hybrid Solar Inverter, 48V, which has a voltage of 4.6 kV. Depending on setup and economics, the PV array can supply power to the loads, feed it into the grid, or charge the battery during the day. When the loads at night want it, the stored electricity can be released. Moreover, the inverter allows the power grid to charge the storage devices.

More Features:

• MPPT Range for Full Load (V): 170~500
• Nominal DC Input Voltage (V): 360
• Max Input Current (A): 11/11
• Max Short Current (A): 13.8/13.8
• No. of MPP Trackers 2
•   Number of strings per MPP Tracker 1
• Battery Type: Li-Lon or Lead-Acid*1
• Nominal Battery Voltage (V): 48
• Max. Charging Voltage (V) ≤60 (Configurable)
• Max. Charging Current (A)*1 100
• Max Discharging Current (A)*1 100
• Battery Capacity (Ah)*250~2000

Advantages:

 1. Increased Energy Independence:

The Goodwe ES Hybrid Inverter 48V battery allows for the storage of additional solar panel energy, reducing grid dependency and providing backup power during blackouts.

2. Improved Grid Stability:

By storing extra energy during high production and releasing it during high usage, the battery benefits from maintaining grid stability.

3. Complete hybrid inverter:

Ideal for PV systems connected to the grid, this device increases self-consumption and supplies 4.6 kW of backup power to critical loads in case of grid outages.

4. Benefits for the environment:

It increases the use of more renewable energy, lowers carbon emissions, and helps ensure a sustainable future.

5. Protection:

A number of protective features, such as overcurrent and anti-islanding protection, guarantee safe operation.

Disadvantages:

1.  Limited Scalability:

The 4.6 kW maximum power output of the inverter might not be enough for larger solar panel installations or applications with high energy demands.

2. Problems with Battery Compatibility:

The inverter may limit system design options because it cannot be used with every type or size of battery..

 3. Complicated Installation:

Compared with standard grid-tied inverters, the hybrid inverter installation process is more complex.

4. Heat Generation:

During operation, the inverter may produce heat, which may have an impact on its life and efficiency.

5. Maintenance Requirements:

The inverter requires regular maintenance to ensure optimal performance and longevity.

FAQs: 

What is the maximum DC input power for the 4.6kW Goodwe inverter?  

The maximum DC input voltage is 580V.

What is the range of 4.6kW Goodwe Inverter MPPT?

There is a 125–550 V MPPT range.

What is the 4.6kW Goodwe Inverter DC input voltage nominally?

 360 V is the nominal DC input voltage.

What is the maximum input current of the 4.6kW Goodwe Inverter?”

The maximum input current is 11 A/11 A.

Conclusion:

To sum up, for South African households and businesses, the 4.6kW Goodwe ES Hybrid Inverter 48V provides a flexible and effective solar energy option. It provides the benefits of both grid-tied and off-grid systems with its cutting-edge hybrid technology.4.6kW Goodwe ES Hybrid Solar Inverter, 48V Max. Charging Voltage (V) ≤60, Max. Charging Current (A)*1 100, Nominal DC Input Voltage (V): 360, Max Input Current (A): 11/11, Max Short Current (A): 13.8/13.8.