
Key Features of 25.6V200AH lithium battery:
1.High rate & highcurrent discharge.
2.Low temperatureself-heating
3.Support 4 sets in series.
4.IP65 waterproof.
| Model | TYBL-24200 |
| Nominal Voltage | 25.6V |
| Reted Capacity | 200AH |
| End-of-charge Voltage | 29.2V |
| End-of-discharge Voltage | 20V |
| 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*270*220 |
| Weight/KG | 38 |
| Work Temperature Range |
Charge:0℃-50"C Discharge:-15℃-60*C |
In the heart of a sun-drenched rural homestead, where the days stretched long and the nights demanded reliable power, I first encountered the 24V lithium iron phosphate battery. This innovative power source became the unsung hero of my off-grid adventures, transforming chaotic energy needs into a seamless flow of electricity that kept lights glowing and devices humming. It was during a particularly challenging summer, when solar panels soaked up the abundant rays, that this battery stepped in to store that energy efficiently, ensuring we never went dark even as the sun set.
As I delved deeper into my solar energy storage setup, I realized how the 200AH lithium battery complemented this core component, offering expanded capacity for those extended power outages or remote expeditions. My journey began with simple installations, wiring the 24V solar battery into a system that powered everything from well pumps to refrigeration units. I remember the excitement of watching the solar storage solutions unfold, as this battery's long lifespan lithium battery features meant I wouldn't have to worry about frequent replacements. Over time, it handled the demands of off-grid living with grace, enduring hundreds of charge cycles without faltering. Each morning, I'd check the setup, marveling at how it maintained stability through varying weather, much like a steadfast companion on a rugged trail.
One unforgettable experience came during a stormy week when the skies turned gray, and our reliance on stored energy was put to the test. The off-grid solar battery, with its robust build and advanced safety mechanisms, kept everything running smoothly, preventing any short circuits or overcharges that could have spelled disaster. I often shared stories with fellow enthusiasts about how the solar storage solutions, powered by this 24V lithium iron phosphate battery, made my life easier and more sustainable. It wasn't just about the specs—25.6V and 100Ah capacity—it was about the peace of mind it brought, allowing me to focus on family and hobbies rather than power woes. The 200AH lithium battery option expanded my horizons, letting me scale up for larger needs, all while embracing the environmental benefits of lithium iron phosphate technology.
Reflecting on this narrative, I see how the long lifespan lithium battery has woven into the fabric of modern living, especially for those chasing 24V solar battery efficiency in renewable setups. It started as a practical choice but evolved into a story of empowerment, where I could power electric vehicles or backup systems without the guilt of traditional batteries' environmental footprint. Through trials and triumphs, this battery proved its worth, making me an advocate for solar energy storage battery innovations that promise durability and reliability for years to come.




