Tianjin Liwei New Energy Technology Co., Ltd.
yiran@tjjsxt.com
8613302097711
Dettagli del prodotto
Luogo di origine: Cina
Marca: Link-W
Numero di modello: 3,2 V 170 AH
Termini di trasporto & di pagamento
Quantità di ordine minimo: 500pcs
Prezzo: USD12.88-40.31/PC
Imballaggi particolari: Imballaggio e pallettizzazione
Tempi di consegna: 10-25 giorni di lavoro
Termini di pagamento: T/T ， 30% di autorizzazione e pagamento finale del 78%
Capacità di alimentazione: Commercio
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Tensione nominale:
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3.2v
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Capacità nominale:
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3,2 V 180 AH / 190 AH / 202 AH / 230 AH
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Tensione di ricarica:
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3.65V
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Corrente di carica massima:
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1°C continuo, 2°C per 30 s a 25°C
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Tensione di cut-off di scarico:
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-30°C: 2,0 V / 0-55°C: 2,5 V
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Peso:
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3,9 kg
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Dimensioni:
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54*173*207MM
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Tensione nominale:
|
3.2v
|
|
Capacità nominale:
|
3,2 V 180 AH / 190 AH / 202 AH / 230 AH
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|
Tensione di ricarica:
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3.65V
|
|
Corrente di carica massima:
|
1°C continuo, 2°C per 30 s a 25°C
|
|
Tensione di cut-off di scarico:
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-30°C: 2,0 V / 0-55°C: 2,5 V
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|
Peso:
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3,9 kg
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Dimensioni:
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54*173*207MM
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Link-W Robust & Adaptive Battery Cell for Marine, Solar, and Industrial Use
Product Introduction:
Engineered for reliability across diverse sectors, the Link-W Lithium-Ion Battery Cell is built to perform. Its compact form factor (54 * 173 * 207MM) and substantial weight (3.9KG) indicate a solid construction suited for challenging environments. Ideal for powering marine vessels, supporting renewable energy systems like solar panels, and various urban or industrial applications, this cell is a cornerstone for modern power solutions.
Advantages:
Parameter Table:
Q&A:
Q: Which application scenario is this battery best suited for?
A: It is exceptionally versatile. The image highlights suitability for marine (boats), urban infrastructure, solar power, and other industrial applications. Its high capacity and robust design make it ideal for any situation requiring reliable, sustained power.
Q: Why are there different discharge cut-off voltages for different temperatures?
A: This is a smart protective feature. At very low temperatures (-30°C), battery chemistry is less efficient. Setting a lower cut-off voltage (2.0V) allows for more usable energy to be extracted safely without damaging the cell.
Q: Is the weight of 3.9KG typical for a battery of this capacity?
A: Yes, the weight is consistent with a high-quality, high-capacity lithium iron phosphate (LiFePO4) cell of these dimensions. The weight reflects the substantial amount of active material inside, which is necessary to achieve the high energy storage (180-230AH).
