
Key Features of 12.8V200AH lithium battery:
1.High rate & highcurrent discharge.
2.Low temperatureself-heating
3.Support 4 sets in series.
4.IP65 waterproof.
| Model | TYBL-12200 |
| Nominal Voltage | 12.8V |
| Reted Capacity | 200AH |
| End-of-charge Voltage | 14.6V |
| End-of-discharge Voltage | 10V |
| Standard Charge Voltage | 60A |
| Max. Charge Current | 200A |
| Standard DischargeCurrent | 100A |
| Max. Discharge Current | 200A |
| Max.Peck Current | 200A/300A |
| Communication | BT/RS485 |
| Charge/DischargeInterface | M6 Teminal/M8 Teminal |
| Communication Interface | Aviation Socket |
| Shell Material/color | Plastic/Black |
| Size/MM | 525*240*220 |
| Weight/KG | 21 |
| Work Temperature Range |
Charge:0℃-50"C Discharge:-15℃-60*C |
In the heart of a bustling suburban neighborhood, the Smith family decided to embrace a greener lifestyle, installing a state-of-the-art 200AH solar energy storage battery to power their home. This innovative device became the cornerstone of their daily routine, transforming the way they harnessed and utilized renewable energy. As the sun rose each morning, it captured the rays and stored them efficiently, ensuring that even on less sunny days, their household ran smoothly without a hitch. This shift not only reduced their reliance on the grid but also highlighted the reliability of high-quality energy solutions in everyday life.
The journey began when Mr. Smith, an avid environmentalist, researched options for sustainable power and stumbled upon lithium batteries for solar energy storage. He learned how these batteries, like the one they chose, offered superior performance compared to traditional options. The 200AH solar energy storage battery stood out for its ability to store vast amounts of energy, making it ideal for families like theirs who wanted to minimize their carbon footprint. Over time, they noticed how solar battery solutions integrated seamlessly with their existing setup, providing a steady supply of power for their appliances. This experience was eye-opening; it wasn't just about saving money on bills, but about contributing to a larger movement towards renewable energy storage. The battery's high capacity lithium batteries feature meant they could run their lights, fans, and even charge electric vehicles without worrying about depletion, turning what was once a dream into a practical reality.
As months passed, the Smith family shared stories of power outages that no longer disrupted their lives, thanks to the robust lithium battery lifespan that promised longevity and dependability. They recalled a stormy evening when the grid failed, but their system switched effortlessly, powered by the stored solar energy. This reliability fostered a sense of security, illustrating how high capacity lithium batteries could handle the demands of modern living. Mrs. Smith often spoke about the ease of monitoring their energy use, drawing parallels to adventures in efficiency that made them feel like pioneers in sustainable technology. Through this, they discovered the true value of renewable energy storage, not just as a backup, but as a primary source that encouraged conservation and smart usage habits. Their neighbors, intrigued by the setup, began inquiring about solar battery solutions, sparking community-wide conversations about the benefits.
Reflecting on their choice, the Smiths realized that the 200AH solar energy storage battery was more than a product; it was a gateway to a sustainable future. It allowed them to host gatherings powered entirely by clean energy, sharing meals and memories under lights fueled by the sun. This narrative of empowerment extended beyond their home, as they advocated for others to explore lithium batteries for solar energy storage, emphasizing how these innovations could lead to a world less dependent on fossil fuels. Their story, filled with triumphs and lessons learned, underscored the importance of investing in technologies that promote environmental stewardship and energy independence.




