12.8V 100Ah 200Ah 300Ah LifePO4 Lithium Iron Battery with Quantum Dot Solar Cells US and Europe Gel Replacement for Solar RV Marine

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Specification

Max. Power(W):

15360W

Number of Cells(pieces):

Size:

523X240X215MM

Product Code	LP-1205	LP-1210	LP-1215	LP-1220	LP-1225	LP-1230	LP-2410	LP-2420
Item	Specification
Nominal Voltage (customizable)	12.8V	12.8V	12.8V	12.8V	12.8V	12.8V	25.6V	25.6V
Rated Capacity (customizable)	50Ah	100Ah	150Ah	200Ah	250Ah	300Ah	100Ah	200Ah
Combination Mode	4S1P	4S1P	4S	4S2P	4S2P	4S2P	8S1P	8S1P
Ceiling Voltage	14.6V ± 1V						29.2V ± 1V
Minimum Voltage	10V ± 1.0V						20V ± 1.0V
Continuous Operating Current	≤50A	≤100A
Maximum Transient Current	≤100A	≤200A
Overcharge Protection Voltage	3.65V ± 0.025V / Cell
Over Discharge Protection Voltage	2.50V ± 0.025V / Cell
Charging Mode	Constant current and constant voltage (CC-CV)
Charging Current	≤25A	≤50A	≤75A	≤100A	≤100A	≤100A	≤50A	≤100A
Charging Temperature Range	0~45℃ / 45~85%RH
Discharge Temperature Range	-20~55℃ / 45~85%RH
Shell (customizable)	Plastic shell
Plug (customizable)	M8 screw hole
Overall Dimension mm (customizable)	L194W132H172	L325W170H215	L330W172H220	L523W240H215	L523W240H215	L523W240H215	L523W240H215	L521W238H218
Weight	≤6kg	≤11kg	≤14kg	≤18kg	≤18kg	≤26kg	≤18kg	≤35kg
Signal Communication	-	Bluetooth	Bluetooth	Bluetooth	Bluetooth	Bluetooth	-	-
Scope Of Application	Caravan,UPS, Energy Storage,Marine,Golf Car,Buggies,Remote Monitoring,Switching applications and more
Certified	CE，UN38. 3. MSDS, shipping, hazardous package
Cell Certification	CE,UL,IEC 62109-1&-2, IEC 62477,EN61000,UN38.3

Q: How long does it take for solar cells to pay for themselves?: The payback period for solar cells typically varies between 5 to 15 years, depending on factors like the initial cost, location, energy consumption, and available incentives.

Q: How do solar cells perform in areas with high levels of humidity?: Solar cells generally perform slightly less efficiently in areas with high levels of humidity. This is because the moisture in the air can scatter and absorb some of the sunlight before it reaches the solar cell, reducing its overall power output. However, modern solar cell technologies have been developed to minimize this effect and maintain a satisfactory performance even in humid conditions.

Q: How do solar cells perform in cloudy or overcast conditions?: Solar cells are less efficient in cloudy or overcast conditions compared to direct sunlight. Cloud cover reduces the amount of sunlight reaching the solar cells, resulting in decreased electricity production. However, solar cells can still generate some energy in these conditions, although at a reduced rate.

Q: How are solar cells connected in a solar panel?: Solar cells are connected in a solar panel through a series of electrical connections called interconnects. These interconnects form a circuit that allows the flow of electrons between the individual solar cells, ensuring that the electrical current generated by each cell is combined to produce a higher voltage and power output.

Q: How can the huge solar cells be applied into the market?: It depends on the market needs for large electricity needs.

Q: How do solar cells perform in areas with high levels of noise pollution?: Solar cells are not affected by noise pollution as they rely solely on sunlight to generate electricity, making them effective even in areas with high levels of noise pollution.

Q: Can solar cells be used to power medical devices?: Yes, solar cells can certainly be used to power medical devices. Solar-powered medical devices provide a sustainable and reliable source of energy, especially in remote or resource-limited areas where access to electricity may be limited. By harnessing the sun's energy, solar cells can power various medical devices such as diagnostic tools, monitoring systems, prosthetics, and even small surgical instruments. Solar power offers great potential for enhancing healthcare delivery and improving access to medical services globally.

Q: Can solar cells be used for wireless communication devices?: Yes, solar cells can be used for wireless communication devices. Solar cells convert sunlight into electrical energy, which can power various devices including wireless communication devices such as smartphones, tablets, or even Wi-Fi routers. This enables the devices to operate without relying on traditional power sources, making them more flexible and sustainable.

Q: How are solar cells used in military applications?: Solar cells are used in military applications to power various devices and equipment, such as communication systems, surveillance equipment, and remote sensors. They provide a reliable and renewable source of energy in remote locations where traditional power sources may be limited or unavailable. Additionally, solar cells can be integrated into portable solar panels, backpacks, or tents, allowing soldiers to charge their electronic devices and batteries on the go, enhancing their operational efficiency and reducing their reliance on fuel-based generators.

Q: Can solar cells be used in disaster recovery efforts?: Yes, solar cells can be used in disaster recovery efforts. Solar cells can provide a reliable and sustainable source of electricity in areas affected by disasters, where traditional power grids may be damaged or inaccessible. They can be used to power emergency shelters, hospitals, communication systems, and other critical infrastructure, ensuring that essential services and relief efforts are not disrupted. Additionally, solar cells can be easily deployed and are not dependent on fuel supply, making them an ideal solution for disaster recovery efforts.

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