储能系统
(8,070系列 / 20,014型号)

The 125kW 261kWh/418kWh Liquid-Cooled Battery Energy Storage System by GSL Energy integrates advanced liquid cooling technology with high-performance battery cells, offering an ideal solution for energy-intensive scenarios. It supports plug-and-play installation and can be paralleled with up to 10 cabinets, meeting the diverse power needs of commercial and industrial users.

SunArk RackArk-HV Series

High Voltage Battery Energy StorageSolution 384V / 460V / 614V/ 768V

Highly integrated containerised PCS with built-in transformer, optimised layout and unified protection & communication.

Up to 99% efficiency with stable 3-level topology and 50°C full-load operation.

Intelligent control with unified interface, fast deployment and grid adaptability.

Flexible configuration: parallel operation, wide 1000V DC range, multiple modes.

• Flexible expansion: Max. 2 PCS (battery end), 63 PCS (inverter busbar)

• Comprehensive protection: advanced BMS with active fuse

• Integrated PACK: reduced line loss, enhanced energy density

• Reliable durability: operates reliably in -20℃ to 50 ℃, natural cooling

Safety in Every Detail

• IP67/IP54 protection against dust and water

  Reliable in Any Conditions

• Operates from -25°C to 60°C with advanced liquid cooling, keeping cell temperature differences within 3°C

  Simple to Install

• All-in-one cabinet integrates PCS, solar input, STS, and batteries.

• AC Coupled: Custom-designed for the retrofit market, providing a seamless system upgrade

• Remote APP Monitoring: Features real-time electricity pricing display with automated "buy low, sell high" optimization

• Scalable Capacity: Supports up to 4 battery packs in parallel for flexible deployment (10 kWh to 40 kWh)

Safety in Every Detail

• IP68/IP54 protection against dust and water

  Reliable in Any Conditions

• Operates from -25°C to 60°C with advanced liquid cooling, keeping cell temperature differences within 3°C

  Simple to Install

• All-in-one cabinet integrates PCS, solar input, STS, and batteries.

• Cabinet IP54, C4 anti-corrosion; Inverter IP66 protection, battery PACK IP67 protection, can be used in a variety of harsh scenarios

• PV-ESS inverter adopts SiC solution with the highest conversion efficiency reaching 98.2%

• Real-time intelligent power balance control, energy management and scheduling, information monitoring, and early warning

Compact C&I energy storage system with high power density, occupying only 1.3m² and enabling flexible expansion.

Advanced safety with full cell monitoring, IP6X protection and multi-level fire protection.

Smart operation with multi-mode control, health diagnostics and optimised energy utilisation.

215kWh LiFePO4 system with reliable performance and up to 100kW output.

• 800V High-Voltage Architecture: Enables seamless integration with ground-mounted PV and ESS

• Integrated Auxiliary Transformer: Optimizes capital expenditure and streamlines onsite installation workflows

• Highly Scalable Capacity Matrix: Flexible customization from 0.4MWh to 10.03MWh, parallel expansion of up to 24 units

• Power/Capacity: 125 kW / 261 kWh

• Active Balancing: 8% Increase in Usable Discharge Capacity.

• AI Scheduling: Full-scenario micro-grid adaptation for 100% operational compatibility.

• <10ms Switching: Supports seamless Virtual Power Plant (VPP) integration.

• 高压锂电池系统，容量范围 7.68–20.48kWh，可扩展至 81.92kWh。

• 采用安全可靠的磷酸铁锂电芯，支持模块化设计、IP65 防护及智能 BMS 监控。

• 安装便捷，性能稳定，适用于家庭及商用储能场景

• Long Lifespan: 1C Charge and discharge, 80% DOD, 5000+ times, 20 years design life

• Fast charging/discharging

• Multifunctional: Intelligent balance and good consistency LCD displan; multiple communication options available

• Multi-parallel use: Supports multiple parallel connections

• Long Lifespan

• Fast charge high rate

• High Efficiency

• Multiple series and parallel

• High Safety

• Multifunction: Active Equalizer, Bluetooth, and display (optional)

• Modular design, easy maintenance, easy loading and unloading

• High safety

• High Efficiency

• Long design life

• Independently developed BMS

• DC1000/1500V voltage platform

• Two-stage short-circuit protection, hierarchical fast current limiting

• Online SOC, SOH, SOE estimation