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10KW Stacked Battery Pack


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10KW Stacked Battery Pack

Prix habituel $2,781.19 USD
Prix habituel Prix soldé $2,781.19 USD
Vente Épuisé
Frais d'expédition calculés à l'étape de paiement.

Specifications

Rated voltage:51.2V
Usable capacity:200Ah
BMS:200Ah
Energy:10240Wh
Battery Weight:100kg
Dimension:L440" x W530" x H300"
Max.Continuous power:10240Wh
Max.Continuous charging current:0.5C
Max.Continuous discharge current:0.5C (1C@25±2°C)
Max.Parallel Quantities: 15 pcs modules
Certification: CE, UN38.3
Communication: CAN, RS485
Lifetime: 6, 000 Cycles@80% DOD
Warranty: 5 Years

Product Features

  • Each module can be used independently, and can be mounted when equipped with a panel.
  • More than two modules can be stacked, up to 5 modules can be stacked.
  • Quick installation, plug and play, automatic address matching.

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GLCE ENERGY 48V 100Ah LiFePO4 Lithium Batteries

GLCE ENERGY-10KW Stacked Battery Pack

Rated voltage:51.2V

Usable capacity:200Ah

BMS:200Ah

Energy:10240Wh

Battery Weight:100kg

Dimension:L440" x W530" x H300"

Max. Continuous power:10240Wh

Max. Continuous charging current:0.5C

Max. Continuous discharge current:0.5C (1C@25±2°C)

Max. Parallel Quantities: 15 pcs modules

Certification: CE, UN38.3

Communication: CAN, RS485

Lifetime: 6, 000 Cycles@80% DOD

Warranty: 5 Years

48v 100ah lithium ion battery

Product Features

  • Cycle life:6000 times
  • Bluetooth(BT):Support BT
  • Display interface: Support custom design
  • Waterproof technology: IP65 grade
  • Low Temperature Technology:Stable operation in -20℃ low temperature environment
  • Communication protocol:Support RS232/RS485/ CAN, can be customized.
48V 100Ah LiFePO4 Lithium Batteries

Advanced Lithium-ion Chip Technology

GLCE ENERGY 10KW Stacked LiFePO4 Battery Pack made from safe, non-toxic, renewable energy, this smart lithium iron phosphate battery up to 10000+ Deep Cycles.10 Years Lifetime, Compare to sealed lead acid battery, Lithium LiFePO4 are lightweight, compact size, longer lifespan, higher energy density, more safety and cost-effective advantages.

LiFePO4 Battery Operation Temperature

Operating Temperature

The stacked battery pack is a versatile energy storage system that consists of lithium iron phosphate (LiFePO4) batteries. One of its notable advantages is its exceptional operating temperature range. LiFePO4 batteries are renowned for their robust thermal stability, enabling this battery pack to function reliably across a wide temperature spectrum, typically from -20°C to 60°C (-4°F to 140°F). This extended temperature tolerance ensures consistent performance in diverse environments, making it suitable for applications in varying climates and conditions. Whether used in extreme heat or cold, the stacked battery pack maintains its efficiency, capacity, and longevity, underscoring its suitability for applications such as electric vehicles, solar energy storage, and backup power systems in regions with fluctuating temperatures.

LiFePO4 Battery Communication Interfaces

Communication systems and functions

Stacked Battery Packs are equipped with advanced communication systems and functions that play a pivotal role in ensuring seamless energy management and reliability. These systems enable remote monitoring, data logging, and real-time status reporting, allowing for proactive maintenance and issue resolution. Communication functions also facilitate fault detection, State of Charge (SoC) and State of Health (SoH) reporting, and energy management, optimizing power usage in response to dynamic demands. Additionally, temperature management and remote control features enhance safety and performance. These battery packs can integrate with broader energy management systems, offering load balancing and alert notifications to ensure uninterrupted power supply and efficient energy utilization in various applications, including communication systems.

compatible with different inverters

Flexibility compatible with different inverters

Compatible with different inverters, they can be seamlessly integrated with various inverter types, allowing users to optimize energy management and easily adapt to changing energy needs.