Solar Portable Power Station for E-Bikes, E-Bicycles, and Scooters

• Customization: Available
• Nominal Voltage: 48V
• Warranty: 5 Years
• Model NO.: JD-48V30AH-C9
• Nominal Capacity: 1440
• Cycle Life: 3000
• Charging Cut-off Voltage: 54.75V
• Discharging Cut-FF Voltage: 37.5V
• Recommended Charging Current: 15A(0.5c)
• Max Continuous Charging Current: 22A
• Recommended Discharging Current: 15A(0.5c)
• Max Continuous Discharging Current: 60A
• Charging Cut-off Condition: 1.5A
• Operation Temperature (Charging): 5~51ºC
• Operation Temperature (Discharging): -16~56ºC
• Storage Temperature: -20~45ºC 3 Months,-20~20ºC 1year
• Storage Humidity: <70%Rh
• Internal Resistance: <40m
• Weight: About 12.5kg
• Transport Package: Explosion-Proof Carton and Pallet Packing
• Specification: 400 x270x 88.5mm (LxHxW)
• Trademark: JIAXIN
• Origin: Fuzhou
• HS Code: 8507600090
• Production Capacity: 1200000PCS/Year

Product Description

48V30AH Lithium Power Battery

Introducing the 2000w portable power station, a high-capacity 48V30ah lithium battery pack designed for electric bikes, bicycles, and motorcycles. This durable and efficient battery provides reliable backup power for express tricycles and delivery vehicles, offering 1440W of energy for extended use. With its rechargeable design, the 48V30ah battery ensures long-lasting performance and convenience. Whether you need to power your electric bike for daily commutes or your electric motorcycle for adventurous rides, this portable power station is the perfect solution. Say goodbye to worries about running out of battery while on the go, and enjoy the freedom and flexibility that this 48V30ah battery pack provides. Upgrade your electric vehicle with the 2000w portable power station today.

Specification

Innovative Design

Power Switch and LED Indicator

Handheld Position

Connection Device

Simply press the Power Switch to activate the battery, with the LED Indicator conveniently displaying the remaining capacity, ensuring you're always informed.

Effortlessly carry approximately 12kgs with our ergonomic handheld design.

Featuring a robust integrated mold, this battery is both firm and safe to transport.

Seamlessly integrate the portable power battery into your three-wheel or four-wheel electric vehicle using the innovative bottom connection device.

Remaining capacity	0%	0%-30%	30%-50%	50%-70%	70%-90%	90%-100%
LEDindicator	Light up 0	Light up 1	Light up 1-2	Light up 1-3	Light up 1-4	Light up 1-5
Display LEDposition	--	LED1	LED1-2	LED1-3	LED1-4	LED1-5

Technical Parameters

1	Nominal capacity	30 Ah
2	Min capacity	29Ah
3	Nominal Voltage	48V
4	Charging cut-off voltage	54.75V
5	Discharging cut-off voltage	37.5V
6	Recommended charging current	15A(0.5C)
7	Max continuous charging current	22A
8	Recommended discharging current	15A(0.5C)
9	Max continuous discharging current	60A
10	Charging cut-off condition	1.5A
11	Operation temp (charging)	5~51℃
12	Operation temp (discharging)	-16~56℃
13	Storage temp	-20~45℃,3 months
		-20~20℃,1 year
14	Storage Humi	<70%RH
15	Weight	About 12.5 kg
16	Internal resistance	<40m

Applications

OEM&ODM

Certifications

Company Profile

Fuzhou Jiaxin Energy Industry Co., Ltd.

Founded in 2013, our company spans 19,980 square meters and is a recognized High and New Technology Enterprise, holding over 30 patents in the power and battery industry. We specialize in the research, development, production, and sales of lithium batteries, power stations, power batteries, lead-acid batteries, and motorcycle batteries. Our products provide robust power support for diverse applications and are exported to more than 90 countries.

Fuzhou Jiaxin Energy Industry Co., Ltd. is committed to the principles of energy efficiency, environmental responsibility, pragmatism, and creativity. We prioritize customer satisfaction, employee welfare, and technological advancement. Our expert team, equipped with professional inspection technicians and top-tier management personnel, employs cutting-edge battery production techniques, new processes, and state-of-the-art equipment to develop green, energy-saving, and eco-friendly new energy batteries. Through continuous scientific research and technological innovation, we deliver comprehensive battery solutions for a wide range of products and applications.

Packing & Delivery

FAQ

Q1. How do we ensure stringent control over battery safety and quality?

Safety Testing is a critical component of our battery quality assurance program, encompassing extreme condition tests such as overcharging, overdischarging, short circuits, needle puncture, and high-temperature storage at 85ºC.
Capacity Test: We verify that the actual battery capacity aligns with the nominal value through rigorous charge and discharge cycles.
Cycle Life Test: Our batteries maintain ≥ 80% capacity even after 2000 cycles.
Certified to meet CE, UL, RoHS, TUV, MSDS, and UN38.3 standards under the ISO9001 management system.

Q2. What is the optimal way to maintain peak performance in battery groups?
Consistency Screening is performed as a preliminary step before batteries are grouped.
- We eliminate cells showing significant variances in voltage, internal resistance, and capacity (such as pairing within ± 1%) using capacitive devices.
- Implementing Dynamic Voltage Adjustment (DVA) to harmonize individual cells within the battery pack.

of batteries exported to over 90 countries worldwide.

Q3: How can we extend the lifespan of our batteries through proper measures and maintenance?

Q4: What are your strengths, export experience, and both domestic and international use cases?

1. Optimize charge and discharge management
-To ensure the longevity and efficiency of your battery, it's crucial to avoid deep discharges. For lithium-ion batteries, it's recommended to maintain a power range of 20% to 80%.
-Implement an intelligent Battery Management System (BMS) to precisely control the charging cutoff voltage. For instance, ensure that a ternary lithium battery does not exceed 4.2V per single cell.
-Always avoid charging your batteries in extreme temperatures. Charging should not occur at high temperatures exceeding 45ºC or low temperatures below 0ºC.
2. Temperature control
-To maintain optimal battery health, install a heat dissipation system, such as air cooling or liquid cooling, to keep the operating temperature between 15 and 35ºC.
-Prevent any excessive heating that could result from prolonged high-rate discharges, which are typically greater than 1C.
3. Regular maintenance and monitoring
-Engage in balanced charging: Utilize your BMS to regularly calibrate voltage differences among individual cells, employing either passive or active balancing techniques.
-For optimal battery storage, maintain 50% power when the battery is not in use for extended periods. Recharge the battery every three months to preserve its integrity.
-Carefully monitor for signs of aging. Consider replacing the battery if you observe a capacity drop greater than 20% or an internal resistance increase exceeding 30%.

Our company proudly holds a high-tech enterprise certificate awarded by the government. We have garnered special governmental support and successfully won bids for prestigious projects, such as the solar energy storage initiative at a bus station.
Our dedicated technology department has designed and produced batteries for some of the world's top 500 enterprises. Remarkably, these batteries have been operational for over a decade without any incidents of fire or explosion. Since our inception, we have exported a diverse range of cutting-edge solutions.