It's a user-friendly power storage unit that puts power management at your fingertips. With a touch-sensitive display that's as intuitive as a smartphone screen, it provides real-time snapshots of power levels, charging status, and battery health. Simple controls for adjusting settings, like tweaking the charge and discharge rates, are just a tap away. Even for those who shy away from technology, it's a breeze to operate. A retiree, for example, can easily check if there's enough power to last through the night and adjust the unit's behavior accordingly. If they want to prioritize power to their medical equipment or a favorite TV show, they can do so with minimal effort. It's designed to make power storage accessible and hassle-free for everyone.
It is built with a modular thermal management system. The production process creates individual thermal management modules that can be attached to or integrated with the battery units. Each module contains heating or cooling elements, temperature sensors, and a control circuit. The modules are designed to be easily replaceable or upgradable. They can work independently or in coordination to maintain the optimal temperature range for the battery. This modular approach simplifies maintenance and allows for customization based on different application requirements. For example, in a cold climate, additional heating modules can be added, while in a hot environment, more cooling capacity can be provided. It ensures the reliable operation of the battery in diverse thermal conditions.
It has a role in home offices. Computers, printers, and routers need a reliable power supply. It acts as a backup during power outages, allowing individuals to continue working without interruption. The quiet operation and user-friendly design make it suitable for the home environment. It can also store energy during off-peak hours and use it during peak demand, helping home office users save on electricity bills. The ability to handle small power loads and provide instant power is necessary for a productive work-from-home setup.
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BATTERY CELL |
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RATED VOLTAGE |
3.2V |
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CAPACITY |
280AH |
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BATTERY SYSTEM 1P224S |
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RATED VOLTAGE |
716.8V |
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NOMINAL CAPACITY |
280AH |
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RATED CURRENT |
140A |
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BATTERY POWER |
215KWH |
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MAX EFFICIENCY |
≥95% |
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COOLING |
FORCED AIR |
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WORKING TEMPERATURE |
-20°C-60°C |
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PROTECTION DEGREE |
IP54 |
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CERTIFICATES |
CE, UN38.3,UL,ROHS, EMC, REACH |
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FAQ
What is the impact of lightning strikes on its safety?
While the device has built-in safeguards against many electrical hazards, lightning strikes pose a significant challenge. If a lightning strike occurs close enough to the device, the extremely high voltage and current can potentially damage it. The surge protection mechanisms can handle some of the initial surge, but a very powerful strike might overwhelm them. In such cases, the device could experience component failure, such as damaged control boards or fried battery cells. To minimize the risk, it's essential to have proper lightning protection in place, like a lightning rod and grounding system, and to unplug the device during severe thunderstorms if possible. Additionally, some models offer enhanced lightning protection features, which can further reduce the vulnerability, but no system can guarantee complete immunity in the face of a direct and powerful lightning strike.
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