HV200K Distributed Energy Storage Cabinet

High efficiency, safe, green future

This product is a lithium iron phosphate (LFP) I&C Energy Storage System designed and manufactured by TFL. Applicable to factories, commercial malls, industrial parks and other scenarios.

Grade A LFP cells, Excellent cell consistency, low internal resistance dispersion and long cycle life

Main parameters of the product

Technical parameters

Model HV 200K
Nominal Voltage 768V
Nominal Capacity 314AH
Cabinet Size(mm) 1626*1245*2175mm
Weight(kg) 2200KG
Max Charge/Discharge Current 140A
Cooling Method Air-cooled
Protection Class IP55
Firefighting Type Aerosol

Battery Side

Battery Types 51.2V-314AH
Nominal Capacity 241KWh
Recommended Charge/Discharge Current 100A
Max.Charge/Discharge Current 140A
Communication RS485/CAN
Working Temperature 0~50℃ Charge, -10~50℃ Discharge
Transport & Storage Temperature Range -20℃~60℃
Certification 1 CE/EC/UL/UN38.3/MSDS
Design Life 10years+
Cycle Life (0.5C/0.5C-80% DoD)>6000 times
Cooling Method Air-cooled
Certification 2 UN38.3/MSDS/ROHS

AC Side

Rated Power 50KW/100KW
Overload Capacity 110%
Rated AC Voltage 400V
Rated Frequency 50/60Hz
Communication Ethernet/Modbus/TCP/IP
Compatible Inverter Type Deye/Solis/Megarevo/Other
Core Product Advantages

Six core advantages enable superior performance

High energy density

High-performance lithium iron phosphate cells are used, resulting in higher energy density and better system efficiency.

Multiple security protections

Multi-level fire protection, temperature control and electrical protection design ensures the system's safety and reliability throughout its entire life cycle.

Intelligent Management System

BMS+EMS intelligent collaboration enables real-time monitoring and optimization, improving operational efficiency and asset value.

Modular design

Modular integration, flexible configuration, easy transportation, installation and maintenance.

Wide temperature range operation

Adaptable to harsh ring filling conditions of -40°C to 55°C, stable operation without fear of challenges.

Long cycle life

The battery cell has a cycle life of up to 6,000+ cycles and a system design life of over 15 years.

Application scenarios

Widely used and adaptable to multiple scenarios

Grid-side energy storage

Peak shaving & valley filling cuts peak loads, boosting grid stability and renewable integration.

C&I energy storage

Reduce electricity costs and optimize energy structure. Improve enterprise energy management efficiency.

Microgrids

It supports distributed energy access, enabling stable operation whether off-grid or connected to the grid.

Backup power

Provide backup power for critical loads to ensure business continuity.

Partnering with global partners to create a green energy future

TFL is committed to providing safe, efficient, and intelligent energy storage solutions, driving global energy transformation.

Solutions
Energy Storage System
Power Battery