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10kWh High Voltage Lifepo4 Battery

Explore the cutting-edge technology behind high voltage batteries, including applications in solar systems, electric vehicles, and energy storage solutions. Discover how advanced battery technology is shaping a sustainable future.

Rated voltage

102.4V

153.6V

204.8V

256V

307.2V

358.4V

409.6V

Working voltage range

80-116.8V

120-175.2V

160-233.6V

200-292V

240-350.4V

280-408.8V

320-467.2V

Rated capacity

105AH

Energy

10.75KWH

16.13KWH

21.5KWH

26.88KWH

32.26KWH

37.63KWH

42.97KWH

Rated charge current

50A

Rated discharge current

105A

Peak charge current

200A

Peak discharge current

200A

Charge temperature

0-55°C

Discharge temperature

-10-55°C

Optimum temperature

15-25°C

Cooling method

Natural cooling

Relative humidity

5%-95%

Altitude

≤2000M

Cycle Life

≥6000 times @ 80% DOD, 0.5C/0.5C, 25'C

Communication interfaces

CAN2.0/RS485/Dry

Protection

Over temperature, over current, over voltage, insulation and other multiple protection

Display

LCD

Design lifetime

≥10 years

Certification

UN38.3/UL1973/IEC62619

Dimension (L*W*H)

580x430x400

580x430x600

580x430x800

580x430x1000

580x430x1200

580x430x1400

580x430x1600

Weight

115KG

160KG

205KG

250KG

295KG

350KG

395KG

Module

51.2V 105AH

Seria/Parallel

32S1P

48S1P

64S1P

80S1P

96S1P

112S1P

128S1P

Module dimension

580x430x200MM

Module weight

45KG

Number of modules

2PCS

3PCS

4PCS

5PCS

6PCS

7PCS

8PCS

Battery type

-20°C to 60°C(-4°F to 140°F)

 

In the dynamic world of energy solutions, high voltage batteries stand at the forefront of innovation and efficiency. These powerful units are pivotal in driving the transition towards more sustainable and reliable power sources across various sectors including automotive, renewable energy, and large-scale energy storage systems. With their remarkable charge capacity and voltage level, high voltage batteries such as the LiFePO4 battery not only offer enhanced longevity but also promise improved energy efficiency and environmental sustainability.

Understanding High Voltage Batteries

High voltage batteries encompass a range of advanced battery technology types, with each offering distinct advantages in terms of power density and operational safety. The term high-voltage unit generally refers to batteries that operate at a higher electrical potential than standard options, enabling them to store and deliver greater amounts of energy. This capability makes them ideal for demanding applications such as in HV battery systems and electric vehicle batteries.

High voltage battery packs are often constructed using LiFePO4 chemistry, renowned for its stability and safety features. These batteries provide significant advantages over traditional lead-acid or even other lithium-ion chemistries, due to their robustness, longer life cycles, and ability to maintain consistent performance under harsh conditions.

Key Applications of High Voltage Batteries

  1. Electric Vehicles (EVs)

    • In the automotive sector, high voltage batteries empower electric vehicles with the necessary power density and energy efficiency to operate over longer distances without frequent recharges. This not only enhances vehicle performance but also contributes significantly to reducing carbon emissions.
  2. Solar Systems

    • Integration of high voltage batteries with solar systems is a game-changer in renewable energy. They store excess power generated during peak sunlight hours, ensuring energy availability during low light conditions. This synergy enhances the overall energy efficiency of solar systems, making renewable sources more viable and reliable.
  3. Large-Scale Energy Storage

    • Energy storage solutions employing high voltage battery systems are crucial in stabilizing the power grid and managing energy distribution based on demand. They can store large amounts of energy from renewable sources like wind and solar, releasing it during peak demand times, thus facilitating a smoother transition to green energy.

Innovations in High Voltage Battery Technology

Recent advancements in battery management systems and smart battery systems have significantly enhanced the performance and safety of high voltage batteries. Innovations such as real-time monitoring of charge capacity and discharge rate allow for better management of battery health, extending the lifespan and efficiency of these systems. Furthermore, developments in modular designs enable scalable solutions that can be customized for specific applications, from small residential setups to large industrial plants.

Future Prospects and Challenges

The future of high-voltage batteries is bright, with ongoing research focusing on improving energy efficiency and reducing costs. However, challenges such as raw material scarcity, recycling needs, and technological barriers still need to be addressed to fully realize the potential of this advanced battery technology.

 

High-voltage battery are at the heart of modern energy solutions, offering unmatched benefits in terms of efficiency, capacity, and sustainability. As technology progresses, these energy storage solutions will play a crucial role in powering our homes, vehicles, and industries, making a substantial impact on our energy consumption patterns and helping pave the way towards a more sustainable world.

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