KH 30kWh 51.2V lithium battery energy storage system with Mobile caster Wheel
This is a true plug-and-play home lithium battery energy storage system. What does this mean for you? Less hassle. You’ll have one less system design to worry about, one less on-site commissioning session, and one less post-installation service callback.
The floor-standing unit comes with 360° swivel casters. A single person can move it and roll it into place. There’s no wall-mounting, no foundation work—installation efficiency is significantly higher. With WiFi, a mobile app, and a cloud system, you can not only remotely monitor its status but also perform remote troubleshooting. This delivers professional-grade technical support directly to you.
Intelligent Management
We use WiFi or Bluetooth for real-time monitoring. You can then use a Cloud PC Operating System or a mobile app for remote control. This lets you check the status of power generation, energy storage, electricity consumption, the grid, and backup generators—all from a distance.
A lithium battery energy storage system is better suited for real household loads.
- 30kWh covers typical nighttime household consumption + backup power for critical loads, supporting essentials like air conditioners, refrigerators, and heat pumps overnight.
- Switching time of only 20ms ensures nearly instantaneous power transfer with no perceptible interruption to sensitive loads like computers, routers, surveillance systems, and smart home controllers.
- Cycle life > 6000 cycles @80% DOD, with a theoretical service life of up to 15 years. This significantly reduces your battery replacement costs—make one choice for long-term use.
We collaborate with multiple mainstream inverter brands, including GROWATT, Deye, GOODWE, VICTRON, SOFAR, SRNE, and VOLTRONIC POWER. The system features standardized dimensions and interfaces, making it suitable for batch installation and project deployment.
The BMS prioritizes overall system stability.
- Instead of each part working independently, it unifies the management of the battery, inverter, and load status to reduce abnormalities caused by a lack of coordination.
- It provides not only essential protections against overcharge, over-discharge, overcurrent, short circuit, and overtemperature but also implements specific strategies to stabilize current and voltage for high-power startup loads like air conditioners and heat pumps.
- During the switching process, the voltage remains stable and the waveform is smooth, avoiding any impact on sensitive electronic devices.
Standardized manufacturing processes + factory system-level testing ensure consistent operational logic for the same batch across different projects, enabling more unified large-scale deployment.
