RACK HV is a high-performance embedded LiFePO4 battery module, designed for fast installation and easy maintenance. Featuring advanced safety mechanisms, an intelligent Battery Management System (BMS), and an eco-friendly design, it’s the perfect choice for power backup and renewable energy storage. RACK HV offers a reliable and efficient solution for small-scale commercial and industrial energy storage systems (ESS). Built for performance and dependability, this cutting-edge battery system meets diverse power management needs while supporting sustainable energy solutions.
Model No. :
RACK HVWarranty :
10 YearsNominal Battery Energy :
20~60kWhNominal Voltage :
204V~614VdcBattery Capacity :
100AHDimension(mm) :
600x600x2200Weight(kg) :
690Calendar Life :
6000 TimesCertification & Safety Standard :
UN38.3
Key Features:
High Performance: With a capacity of 5.12kWh and the ability to support over 6000 cycles, the RACK HV offers long-lasting energy support, ensuring smooth and uninterrupted operations.
Intelligent Management: Featuring smart cloud-based monitoring, the RACK HV provides real-time insights into your energy usage and battery status, optimizing performance and reducing electricity costs.
Flexible Configuration: The system can support multiple racks, with up to 12 battery modules in series, offering scalability to meet your growing energy needs.
Effortless Installation: Weighing just 44kg per module and supported by a comprehensive user manual, the RACK HV ensures an easy and quick installation process.
Safety First: With an advanced battery management system (BMS) and robust safety measures to prevent over-discharge, over-charge, and short circuits, the RACK HV prioritizes the protection and longevity of your energy system.
Robust Design: Designed to endure tough environmental conditions, the RACK HV has a high IP rating and can operate efficiently across a wide range of temperatures, ensuring durability in any setting.
Warranty Assurance: Benefit from a 10-year warranty with a full replacement guarantee, covering up to 6000 cycles of use, for added peace of mind.
Specifications of RACK HV Series
Model | RACK HV-40.96 | RACK HV-46.08 | RACK HV-51.2 |
Rack Type | LiFePO4 |
LiFePO4
|
LiFePO4 |
Battery Module Type | HV51100 | 9HV51100 | HV51100 |
Battery Module Quantity (Unit) | 8 | 9 | 10 |
Nominal Energy (KWH) | 40.96 | 46.08 | 51.20 |
Nominal Capacity (AH) | 100 | 100 | 100 |
Norminal Voltage (V) | 409.6 | 460.8 | 512.0 |
Operating Vol Range (V) | 358.4~460.8 | 403.2~518.4 | 448~576 |
Nominal Power Output (KW) | 40.96 | 46.08 | 51.2 |
Max.Power Output (KW) | 40.96 | 46.08 | 51.2 |
Recommend Charging Current (A) | 50 | 50 | 50 |
Recommend Discharging Current (A) | 50 | 50 | 50 |
Dimension(W* D* H,mm) | 600*600*1900 | 600*600*2115 | 600*600*2340 |
Net Weight (kg) | 580 | 635 | 690 |
Module Quantity and Configuration | 8 Units in series | 9 Units in series | 10 Units in series |
Applicaiton Scenarios
Higher Power Output:
HV lithium batteries can deliver higher power output, making them suitable for applications requiring rapid acceleration or high energy demands, such as electric vehicles.
Increased Energy Density:
These batteries typically have higher energy density, allowing them to store more energy in a smaller and lighter package, which is beneficial for portable electronics and electric vehicles where space and weight are crucial factors.
Improved Performance:
HV lithium batteries often exhibit better performance characteristics, such as faster charging times and longer cycle life, leading to enhanced reliability and durability over time.
Longer range:
In electric vehicles, higher voltage batteries are able to store more energy, thus providing a longer driving range.
Smaller size and lighter weight:
Higher voltage batteries can provide the same amount of power with fewer cells, resulting in smaller and lighter batteries.
Charge faster:
Higher voltage batteries can charge faster because they can absorb more energy in less time.
More efficient:
Higher voltage batteries can be more efficient because they reduce the amount of energy lost due to resistance and heat.
Lower cost:
Higher voltage batteries can reduce the overall cost of a system because they require fewer cells and can be designed with smaller, cheaper components.
Better performance in extreme conditions:
Higher voltage batteries perform better in extreme temperatures and other challenging conditions, making them more reliable and durable.