Energy Storage System WTB-16K/16S-A

Product Information

The Energy Storage System WTB-16K/16S-A is a high-capacity lithium-based energy storage unit designed to store electrical energy and provide centralized energy management within integrated power systems. Based on the product image, the unit adopts a vertical cabinet structure with a reinforced enclosure, a circular front display interface, and clear labeling indicating 51.2V, 314Ah, and 16kWh. The system integrates a recessed side connection port for terminal access and a wheeled base that enables controlled movement during installation. The enclosure is designed with a smooth front panel without exposed screws, maintaining a clean structural appearance while ensuring durability.

From a user experience perspective, the system emphasizes clarity and accessibility. The front display allows direct monitoring of system status, enabling users to observe operational data without additional tools. Communication interfaces including RS485 and RS232, combined with mobile application support, allow remote access to system performance data. This ensures continuous monitoring without the need for on-site supervision. The cabinet structure provides stable positioning, while the wheeled base enhances flexibility during deployment. The system enables efficient energy management with both local and remote monitoring capabilities.

Parameter

Features

Use Brand-Name A Battery Cells (if Any Non-A Cells Are Found, Please Report Them). The Cell Design Life Is 8,000 Cycles @ 80% DOD

Using The Well-Known Brand BMS, The Entire Series Features Active Currentbalancing With Small Currents, Ensuring That The System Can Extend Its Servicelife By 20% In Normal Environments (compared To Our Non-Active Balancingsystem)

Ouchscreen Design, No Screws On The Front, Elegant And Stylish

Built-In Aerosol To Eliminate Safety Hazards

485/232 Communication

Support Viewing Of The APP

Application

Home Backup -

The system supports residential backup energy storage where high-capacity power is required during outages. With a capacity of 16 kWh, it can supply essential household loads such as lighting, refrigeration, and communication systems for extended periods. Based on typical consumption of 400 to 800 W, the system can provide approximately 20 to 30 hours of backup power. The stable voltage output ensures that connected devices operate without interruption. The integrated monitoring system allows users to track energy levels and system status in real time, ensuring that backup readiness can be maintained effectively.

Remote Living -

In off-grid environments, the system provides a reliable energy storage solution capable of maintaining stable power supply without grid dependency. The 16 kWh capacity ensures sufficient energy availability for daily operations, while the low self-discharge rate ensures energy retention over extended periods. The system operates reliably under varying environmental conditions, maintaining stable performance. Remote monitoring capability allows users to access system data without being physically present, ensuring efficient energy management in isolated locations.

Small Office -

For small office environments, the system provides stable energy storage to support essential equipment such as computers, networking devices, and lighting systems. The 16 kWh capacity ensures sufficient energy availability to maintain operations during power interruptions. The system maintains stable voltage output, ensuring reliable operation of sensitive electronic equipment. Communication interfaces allow integration with monitoring systems, enabling centralized energy management and improving operational efficiency.

Telecom Power -

Telecommunication systems require continuous and stable power supply, and the system supports this requirement with consistent energy storage performance. The high current capability allows the system to handle sudden load increases, ensuring uninterrupted operation of communication equipment. Remote monitoring capability ensures that operators can track system performance without frequent site visits, improving reliability and reducing maintenance requirements.