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10kw Hybrid Solar Inverter With WIFI

10kw Hybrid Solar Inverter With WIFI

Products Description 10-12kw Hybrid Inverter Support for Multiple Battery Management Strategies When it comes to battery management, the inverter doesn't take a one-size-fits-all approach. It supports a variety of advanced battery management strategies, catering to different battery...

Product Introduction
Products Description
10-12kw Hybrid Inverter

Support for Multiple Battery Management Strategies

When it comes to battery management, the inverter doesn't take a one-size-fits-all approach. It supports a variety of advanced battery management strategies, catering to different battery chemistries and usage scenarios. Whether you prioritize maximizing battery lifespan, ensuring rapid charging during short daylight hours, or need to optimize battery performance in extreme temperatures, there's a tailored strategy available. This flexibility gives you full control over how your battery storage system operates, enhancing its overall effectiveness and longevity.

Convenient Energy Storage Expansion Interface

Expanding your energy storage capacity is a breeze with the inverter's convenient energy storage expansion interface. It allows for seamless integration of additional battery banks as your energy needs evolve. You can easily connect new batteries without complex rewiring or system reconfigurations, simply plug and play. This scalability ensures that your renewable energy setup can grow with you, providing a future-proof solution for increasing your energy independence and resilience.

 

Statistical Process Control (SPC)

Statistical Process Control is employed to monitor and control the manufacturing process. Key process parameters, such as soldering temperatures, component placement accuracy, and test results, are continuously measured and plotted on control charts. Any deviations from the expected range trigger investigations and corrective actions, maintaining consistent quality and process stability.

 

 

01

 

TYPE
GES48100M200-500
GES48120M220-500
INVERTER    
Rated Output Power 10000W 12000W
Max.Peak Power 15000W 18000W
Rated Output Voltage 120/240Vac(L1/L2/N/PE split phase)
Rated AC Frequency 50/60Hz
BATTERY    
Battery Type Li-ion/Lead-Acid
Rated Battery Voltage 48V
Max.MPPT Charging Current 200A
PV INPUT    
Num. of MPPT Trackers 2
Max.PV Array Power 12000W
Max.Input Current 22/22A
MPPT Voltage Range
90Vdc~450Vdc
EFFICIENCY    
MPPT Tracking Efficiency 99%
Max. Battery Inverter Efficiency 92%
GENERAL    
Dimensions
620*450*132
Operating Temperature Range -10~55℃,>45°C derated
COMMUNICATION    
Embedded interfaces RS485/USB/ Dry contact
External Modules (Optional) Wi-Fi/GPRS

 

02

 

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product-804-392
 
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product-618-604
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Factory
 

Design for Recycling Principles

From the initial design stage, our inverters are crafted with design for recycling principles in mind. Components are selected for their recyclability, and modular construction enables easy disassembly at the end of the product's life. We use minimal adhesives and instead rely on snap-fit and screw-fastened connections. Clear labeling and material identification codes simplify the recycling process, ensuring that when an inverter reaches its end-of-life, its components can be efficiently sorted and recycled, reducing waste and environmental impact.

 

 

FAQ

 

Can I use it with a microgrid setup?

Yes, the inverter is well-suited for microgrid applications. It can function as a key component in a microgrid, providing power conversion, energy storage management, and grid-forming capabilities. It can synchronize with other distributed energy resources within the microgrid, such as wind turbines or additional inverters, and help maintain a stable local grid. Whether it's an off-grid microgrid on a remote island or a community-based microgrid for local resilience, our inverter can play a vital role in ensuring reliable power supply.

 

How does the inverter handle battery degradation over time?

The inverter's intelligent battery management system is designed to mitigate the effects of battery degradation. It constantly monitors the battery's health parameters, such as internal resistance and capacity fade. Based on this data, it adjusts the charging and discharging strategies to optimize the battery's performance and extend its useful life. For example, it may reduce the charging current as the battery ages to prevent overheating and further degradation. Additionally, it provides alerts when the battery's condition reaches a critical point, prompting you to consider replacement or maintenance.

 

 

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