3.6kw Hybrid Pv Inverter

Multi-Mode Operation Beyond grid-tie and islanding modes, some advanced inverters offer additional operating modes. For example, they can operate in a time-of-use optimization mode, adjusting power flow based on electricity rate schedules. Or they can enter a boost mode during peak demand to...

Multi-Mode Operation
Beyond grid-tie and islanding modes, some advanced inverters offer additional operating modes. For example, they can operate in a time-of-use optimization mode, adjusting power flow based on electricity rate schedules. Or they can enter a boost mode during peak demand to prioritize power to critical loads.

DC Input Voltage Range
It accepts a broad DC input voltage range, typically from a few dozen volts to several hundred volts. This flexibility accommodates different solar panel configurations and allows for future expansion or upgrades of the solar power system. It also ensures reliable operation in varying sunlight conditions.

Quality Assurance Testing Procedures
Before leaving the factory, each product undergoes a rigorous quality assurance process. Electrical tests include insulation resistance measurement, high-potential testing, and power output verification under various load conditions. Functional tests check the operation of MPPT, grid synchronization, and battery management. Environmental tests subject the inverter to temperature, humidity, and vibration extremes to ensure reliable performance in real-world applications.

TYPE	SPI4836	SPI4865
INVERTER
Rated Output Power	3600W	6500W
Max.Peak Power	7200W	12000W
Rated Output Voltage	120Vac
Rated AC Frequency	50/60Hz
BATTERY
Rated Voltage	48V
Max.MPPT Charging Current	200A
PV INPUT
Max. Array Power	4000W	4500w*2
Max.Input Current	22A	22A*2
MPPT Voltage Range	90-260Vdc
EFFICIENCY
MPPT Tracking Efficiency	99%
Max. Efficiency	92%

product-1000-97

hybrid inverter071

Factory

Collaborative Research and Development Spaces
We have dedicated collaborative research and development spaces within the factory. Here, our engineers work side by side with technicians and even external partners. These spaces are equipped with prototyping equipment, 3D printers, and simulation software. It's a hub for innovation, where new inverter technologies and features are conceptualized, designed, and tested.

FAQ

What is the role of the product in a microgrid?
In a microgrid, it plays a crucial role. It can act as a power source, converting solar power into AC and supplying it to the local loads. It can also manage the power flow between different energy sources, such as solar modules, batteries, and backup generators. The inverter's control algorithms ensure the stability and reliability of the microgrid. It can balance the power generation and consumption, respond to changes in load demand, and provide grid support functions like voltage and frequency regulation.

How does the goods handle power surges?
It has built-in surge protection circuitry. It typically uses components like metal oxide varistors (MOVs) and transient voltage suppressors (TVSs) to absorb and divert power surges. When a surge occurs, such as from a lightning strike or a grid switching event, these components limit the voltage spike and protect the inverter and the connected devices from damage. The surge protection is an essential safety feature, especially in areas prone to electrical disturbances.

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