No.252 Pinglong East Road, Fenghuang Community, Pinghu Street, Longgang District, Shenzhen +86-18576759460 [email protected]
| Place of Origin | Guangdong, China |
| Brand Name | YABO |
| Model Number | WM1611K |
| Battery Type | Powerwall/ LiFePO4 /lithium Battery |
| System Type | Wall-Mounted |
| Nominal Voltage (V) | 51.2V |
| Nominal Capacity | 230Ah |
| Energe | 11776Wh, 10KWH |
| Output Power Range | 10~20 kWh |
| Gross Weight | About 88kg |
| Dimension | 480*490*275mm |
| Cycle life | 6000 times ,100% DOD |
| Product name | 48V 230Ah Power Battery Wall |
| Compact Desiged | LED Indicator |
| BMS | Built-in BMS Protection |
| Communication Interface | RS485/CAN / RS232/ Dry contact |
| OEM/ODM | Accepatable |
| Grid connection | Off grid System |
| Applicantion | Solar Energy Storage Systems, Household energy storage. |
| Certification | ISO9001,CNAS,CE,ROHS,FCC,MSDS,UN38.3,IEC,BIS,CB |
| Warranty | 5years |
The YABO WM1611K is a wall-mounted lithium iron phosphate energy storage battery developed for users who require increased usable energy within a compact indoor installation format. Positioned as an extended-capacity model in YABO’s residential wall-mounted battery series, the WM1611K is designed to support homes and small commercial spaces with higher daily energy consumption and longer backup duration requirements.
As residential energy systems continue to integrate solar generation, time-of-use optimization, and grid interaction, energy storage capacity becomes a key differentiator. The WM1611K responds to this demand by offering greater energy availability while maintaining the same clean wall-mounted form factor preferred for indoor environments.
This model is particularly suitable for users who want to maximize energy independence, reduce grid reliance, and ensure stable power availability without expanding installation footprint or system complexity.

At the core of the WM1611K is lithium iron phosphate cell technology, selected for its exceptional safety characteristics and long operational lifespan. This chemistry is widely recognized as one of the safest lithium battery technologies available, making it especially appropriate for indoor residential and commercial installations.
LiFePO4 cells exhibit strong resistance to thermal stress and chemical instability, enabling consistent performance under daily cycling conditions. This stability allows the battery to operate reliably in enclosed spaces such as garages, utility rooms, basements, and dedicated energy storage areas.
In addition to safety, the chemistry supports long-term energy retention and reduced capacity degradation over time. For homeowners and building operators, this translates into predictable performance and confidence that the energy storage system will continue to meet demand year after year.


The WM1611K integrates an intelligent battery management system designed to oversee every aspect of battery operation. This system continuously monitors internal conditions and coordinates energy flow to ensure balanced, stable, and protected operation.
The management architecture supports safe interaction with connected inverters and energy controllers, enabling smooth integration into residential solar systems and hybrid energy setups. In the event of abnormal operating conditions, the system responds promptly to protect internal components and connected equipment.
A clear user interface allows installers and users to observe system status locally, while communication capabilities support integration with broader home energy management platforms. This ensures that the battery functions as an intelligent component within a modern smart energy ecosystem.

One of the defining advantages of the WM1611K is its wall-mounted structural design, which allows the battery to be securely installed without occupying floor space. This approach is ideal for residential environments where space efficiency and clean installation aesthetics are important.
The mounting system is designed to provide strong mechanical stability while simplifying installation procedures. Once mounted, the battery remains easily accessible for inspection and service, while its slim profile allows it to blend naturally into indoor environments.
The enclosure design supports organized cable routing and neat system layout, helping installers achieve professional-looking installations that meet both functional and visual expectations.

The WM1611K is engineered to support daily energy storage and release rather than functioning solely as an emergency backup device. Its internal design allows it to perform efficiently under frequent cycling conditions, making it well suited for households that actively use stored energy as part of their daily consumption strategy.
By storing excess energy generated during low-demand periods and releasing it during peak usage times, the battery helps improve overall energy utilization efficiency. This capability supports cost optimization, increased self-consumption of renewable energy, and reduced dependence on the power grid.
In addition, the battery provides reliable backup power during grid outages, ensuring that essential household systems remain operational when external power supply is interrupted.

The WM1611K is designed to serve a broad range of indoor energy storage applications:

The YABO WM1611K 48V 230Ah LiFePO4 wall-mounted energy storage battery is a high-capacity indoor power solution designed for users who demand extended energy availability, safe operation, and efficient space utilization. Its combination of advanced lithium chemistry, intelligent management, and wall-mounted structure makes it a strong foundation for modern residential and light commercial energy systems.
YABO provides comprehensive OEM and ODM services for the WM1611K, including customized branding, enclosure design adaptation, communication protocol configuration, and system-level integration support. We work closely with partners to deliver solutions that align with regional standards, market positioning, and specific project requirements.
By partnering with YABO, you gain access to reliable manufacturing capability, flexible customization, and long-term technical support—enabling you to deliver safe, intelligent, and scalable energy storage solutions for today’s evolving energy landscape.