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Grid Tie Inverter 8000w

Grid Tie Inverter 8000w

8000W High-Power Grid Tie Performance: Delivers 8kW continuous AC power (12kW peak) to convert solar energy from medium-sized PV arrays (up to 9.6kW DC input) into grid-compatible electricity, ideal for large homes, small businesses, or rural properties with significant solar generation needs.

Product Introduction
Single phase 8KW hybrid 48V inverter

 

Dual MPPT Trackers (99.9% Efficiency): Equipped with 2 independent MPPT trackers to optimize energy capture from 2 separate PV strings. Adapts to partial shading, mixed orientations, or varying sunlight, boosting daily solar yield by 8–12% compared to single-MPPT models.

 

 

Seamless Grid Synchronization: Automatically syncs with single-phase (230V) or three-phase (400V) grids (50Hz/60Hz), enabling bi-directional energy flow-exports excess solar power to the grid for net metering credits while aligning with utility standards.

 

 

Pure Sine Wave Output: Generates clean AC power with total harmonic distortion (THD) <3%, protecting sensitive electronics (home offices, commercial equipment) and ensuring compliance with grid codes (IEEE 519, IEC 61000).

 

 

Wide PV Input Range: Each MPPT supports 100V–550V DC input, compatible with diverse solar panel configurations (series/parallel setups). Accommodates up to 9.6kW total PV input, allowing 20% oversizing to maximize energy capture during peak sunlight.

 

 

Rapid Grid Response: Adjusts to grid voltage/frequency fluctuations in milliseconds, maintaining stable operation even during utility grid variations. Ensures uninterrupted energy export without tripping.

 

 

Advanced Grid Protection: Built-in safeguards against overvoltage, overcurrent, frequency deviations, and islanding (complies with UL 1741, VDE). Automatically shuts down during grid outages to protect utility workers and equipment.

 

 

 

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Model

S6-EH3P10K02-NV-YD-L

Battery type

Lead acid or lithium battery

Mains mode

Max. charge current 220A

Nominal input voltage

380/400V

Charge voltage range

40 –60Vdc

Frequency

50Hz/60Hz (Auto detection)

Solar charge

Max. efficiency

97.6%

PV operate voltage range

200Vdc~800Vdc

Inverter mode

MPPT voltage range 200Vdc~800Vdc

Output voltage waveform

Pure sine wave

Max. PV input power/current

16000W/40A

Nominal output power(VA)/(W)

10000W

Charge current range

220A

Nominal output voltage (Vac)

380/400V

Certification

Peak power

20000VA

EMC certification level

NRS 097-2-1, IEC 62116, IEC 61727, IEC 60068, IEC 61683, EN 50530

 PEA\MEA, IEC/EN 62109-1/-2, IEC/EN 61000-6-1/-3

Protection

IP66

Operate temperature range

-40 to +60℃

Battery voltage range

40.0Vdc~60Vdc

communicate

RS485/CAN

Mains charge

Humidity range 5% to 95%(Conformal coating protection)

 

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Comparison Of Protection Levels

 

IP66 VS IP65

 

Dustproofcapability:                                                                                 Dustproof capability: 

Completely dust-proof, no particles enter                                                            Completely dust-proof, no particles enter
Waterproofcapability:                                                                               Waterproofcapability:

Protect against strong water column impact, twice                                           Protect against low pressure water column impact
the water proof capacity of IPx5


Absolute advantage:
Dust-proof , IP66 can withstand strong currents, use is wider inthe environment of strong
 convective weather like typhoon, rainstorm frequent have stronger adapt ability

 

 

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product-1042-794
product-804-392
 
product-804-402
 
 

 

FAQ

 

 

How does a hybrid inverter handle energy during periods of high solar generation?

A hybrid inverter handles energy during periods of high solar generation by storing excess power in batteries for later use. This ensures efficient energy capture and utilization, maximizing the use of renewable energy sources.

 

What is the role of a hybrid inverter in a renewable energy setup?

A hybrid inverter is a crucial component in a renewable energy setup, converting solar energy into usable electricity and managing energy storage and consumption. It ensures efficient and reliable power supply, reducing reliance on the grid and enhancing energy independence.

 

 

How does a hybrid inverter handle energy during periods of low solar generation?

A hybrid inverter handles energy during periods of low solar generation by using stored battery power to meet energy demands. If the battery is depleted, it can draw power from the grid, ensuring a continuous power supply.

 

 

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