 |
| Quantity: | |
|---|---|
384V150Ah LiFePO4 Pack
9XE
018
384V 150Ah Lithium Iron Phosphate Battery Pack: Exceptional Capacity and Innovative Structure Integration
In the rapidly evolving field of energy storage, the 384V 150Ah Lithium Iron Phosphate (LiFePO4) battery pack stands out with its outstanding capacity and cutting-edge structural design, emerging as a highlight in energy storage technology. As energy demands continue to rise and renewable energy applications become widespread, this battery pack seamlessly combines high energy density with innovative structural features, providing robust energy support for various applications.
Sustained Output of Available Energy
Imagine having more available energy for a prolonged period under the same voltage. The 150Ah battery pack, compared to the 100Ah counterpart, offers extended continuous power, opening up possibilities for applications demanding stable power supply, such as grid frequency regulation, medical equipment, and critical infrastructure.
Charge-Discharge Rate: The Engine of Efficient Energy Output
In the fast-paced modern lifestyle, a high charge-discharge rate becomes crucial. The 150Ah battery pack caters to this need, providing an ideal solution for scenarios with high demands for rapid charging and discharging, such as electric vehicle charging stations and hybrid energy systems. It not only serves as an energy provider but also functions as the engine for efficient energy output.
Volume-Weight Ratio: Breaking the Boundaries of Innovation
Despite being relatively larger and heavier, the 150Ah battery pack becomes the ideal choice in scenarios where volume and weight constraints are not primary considerations, such as fixed energy storage systems and industrial production equipment. This marks a breakthrough in traditional notions and signifies a new definition of innovative power.
Cycle Life: A Durable and Reliable Energy Partner
To ensure the reliability and stability of energy, cycle life becomes a crucial factor. The 150Ah battery pack, with its smaller charge-discharge amount per cycle, provides users with an extended cycle life, becoming a durable and reliable energy partner.
Cost: Economic Wisdom of High-Performance
While manufacturing costs might be higher, in applications with high capacity requirements, the performance and lifespan of the 150Ah battery pack could yield a more favorable return on investment. This represents an economic wisdom, ensuring a reliable and efficient energy supply.
Structural Innovation: Leading the Future Energy Revolution
We have designed a highly precise core configuration for the 384V 150Ah battery pack, highlighting the outstanding parameter values of key components, ensuring optimal performance in every aspect.
Battery Cell Design:
Features: Utilizes high-energy-density Lithium Iron Phosphate battery cells.
Parameter Values: Each battery cell has a capacity of 150Ah with a rated voltage of 3.2V.
Advantages: High-performance cell design providing exceptional overall energy density, catering to diverse energy needs.
Internal Connections and BMS System:
Precision: Real-time monitoring of voltage, temperature, and charge-discharge status with an accuracy of 0.1%.
Response Speed: Millisecond-level response, ensuring instantaneous charge-discharge control.
Stability: Maintains high stability under extreme working conditions.
Compatibility: Compatible with various energy systems and devices.
Communication: Supports mainstream communication protocols, ensuring seamless integration with other systems.
Heat Dissipation Design:
Type of Equipment: Utilizes a liquid cooling system.
Advantages:
Efficient Heat Dissipation: Liquid cooling system efficiently absorbs and transfers heat.
Silent Operation: Runs quieter compared to traditional fans, reducing noise interference
Precision Control: The heat dissipation system precisely controls the system temperature during high-power operation.
Set Temperature: Users can set the optimal operating temperature, ensuring the best balance between performance and lifespan.
Shell Protection:
Sturdy shell made from high-strength materials.
Protection Level: Complies with IP67 standards, resisting water, dust, and impact.
Physical Protection: Ensures the battery pack can operate safely when facing external impacts and harsh environments, extending its lifespan.
Connector Technology:
Features: Utilizes high-power, low-resistance connectors.
Rated Current: Connectors have a rated current of up to 400A.
Current Transmission: Provides excellent current transmission capability, adapting to high current and high-power requirements.
In this endless journey of energy exploration, the 384V 150Ah Lithium Iron Phosphate battery pack shines like a brilliant star, showcasing exceptional capacity and cutting-edge structural design. It is not merely a battery but also a groundbreaking milestone in energy technology, representing the latest technological advancements in efficient energy storage. For further inquiries, please consult our sales engineers.
384V 150Ah Lithium Iron Phosphate Battery Pack: Exceptional Capacity and Innovative Structure Integration
In the rapidly evolving field of energy storage, the 384V 150Ah Lithium Iron Phosphate (LiFePO4) battery pack stands out with its outstanding capacity and cutting-edge structural design, emerging as a highlight in energy storage technology. As energy demands continue to rise and renewable energy applications become widespread, this battery pack seamlessly combines high energy density with innovative structural features, providing robust energy support for various applications.
Sustained Output of Available Energy
Imagine having more available energy for a prolonged period under the same voltage. The 150Ah battery pack, compared to the 100Ah counterpart, offers extended continuous power, opening up possibilities for applications demanding stable power supply, such as grid frequency regulation, medical equipment, and critical infrastructure.
Charge-Discharge Rate: The Engine of Efficient Energy Output
In the fast-paced modern lifestyle, a high charge-discharge rate becomes crucial. The 150Ah battery pack caters to this need, providing an ideal solution for scenarios with high demands for rapid charging and discharging, such as electric vehicle charging stations and hybrid energy systems. It not only serves as an energy provider but also functions as the engine for efficient energy output.
Volume-Weight Ratio: Breaking the Boundaries of Innovation
Despite being relatively larger and heavier, the 150Ah battery pack becomes the ideal choice in scenarios where volume and weight constraints are not primary considerations, such as fixed energy storage systems and industrial production equipment. This marks a breakthrough in traditional notions and signifies a new definition of innovative power.
Cycle Life: A Durable and Reliable Energy Partner
To ensure the reliability and stability of energy, cycle life becomes a crucial factor. The 150Ah battery pack, with its smaller charge-discharge amount per cycle, provides users with an extended cycle life, becoming a durable and reliable energy partner.
Cost: Economic Wisdom of High-Performance
While manufacturing costs might be higher, in applications with high capacity requirements, the performance and lifespan of the 150Ah battery pack could yield a more favorable return on investment. This represents an economic wisdom, ensuring a reliable and efficient energy supply.
Structural Innovation: Leading the Future Energy Revolution
We have designed a highly precise core configuration for the 384V 150Ah battery pack, highlighting the outstanding parameter values of key components, ensuring optimal performance in every aspect.
Battery Cell Design:
Features: Utilizes high-energy-density Lithium Iron Phosphate battery cells.
Parameter Values: Each battery cell has a capacity of 150Ah with a rated voltage of 3.2V.
Advantages: High-performance cell design providing exceptional overall energy density, catering to diverse energy needs.
Internal Connections and BMS System:
Precision: Real-time monitoring of voltage, temperature, and charge-discharge status with an accuracy of 0.1%.
Response Speed: Millisecond-level response, ensuring instantaneous charge-discharge control.
Stability: Maintains high stability under extreme working conditions.
Compatibility: Compatible with various energy systems and devices.
Communication: Supports mainstream communication protocols, ensuring seamless integration with other systems.
Heat Dissipation Design:
Type of Equipment: Utilizes a liquid cooling system.
Advantages:
Efficient Heat Dissipation: Liquid cooling system efficiently absorbs and transfers heat.
Silent Operation: Runs quieter compared to traditional fans, reducing noise interference
Precision Control: The heat dissipation system precisely controls the system temperature during high-power operation.
Set Temperature: Users can set the optimal operating temperature, ensuring the best balance between performance and lifespan.
Shell Protection:
Sturdy shell made from high-strength materials.
Protection Level: Complies with IP67 standards, resisting water, dust, and impact.
Physical Protection: Ensures the battery pack can operate safely when facing external impacts and harsh environments, extending its lifespan.
Connector Technology:
Features: Utilizes high-power, low-resistance connectors.
Rated Current: Connectors have a rated current of up to 400A.
Current Transmission: Provides excellent current transmission capability, adapting to high current and high-power requirements.
In this endless journey of energy exploration, the 384V 150Ah Lithium Iron Phosphate battery pack shines like a brilliant star, showcasing exceptional capacity and cutting-edge structural design. It is not merely a battery but also a groundbreaking milestone in energy technology, representing the latest technological advancements in efficient energy storage. For further inquiries, please consult our sales engineers.
