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 energy storage battery cabinet
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Energy Storage Cabinet

261° Electric Energy Storage Battery Cabinet 

• Flexible expansion for your energy storage needs; easy operation and maintenance of each battery storage cabinet module.

• Supports 100% unbalanced load and 110% long-term overload.

• Compact energy storage battery cabinet footprint: only 1.47 m² per unit, delivering 177.72 kWh/m² and reducing overall system footprint by over 26%.

• Adjustable output power, adjustable charging and discharging power, strong adaptability to the power grid.

• Only 1.47m ², with an energy density of 177.72kWh/m ² per unit area, resulting in a reduction of over 26% in system footprint.

• Top mounted liquid cooling unit, front maintenance, supports wall mounted installation, flexible deployment.

Product Introduction

Our 261° Electric Energy Storage Battery Cabinet is a highly integrated liquid‑cooled energy storage cabinet system, ideal for both indoor and outdoor installations. Combining the battery system, BMS, EMS, PCS, and advanced fire protection into a single battery energy storage cabinet, it streamlines deployment in industrial and commercial energy storage, microgrids, distributed energy setups, and virtual power plants.

261° Electric Energy Storage Battery Cabinet liquid‑cooled system for indoor and outdoor installations

Energy Storage Battery Cabinet Application

In industrial and commercial parks, the energy storage battery cabinet can integrate seamlessly with solar and wind power systems to enable microgrid autonomy and peak shaving; in data centers and telecommunications sites, it serves as a reliable backup power source, delivering instant-response electricity to critical equipment; in hospitals, schools, and other public facilities, the battery energy storage cabinet ensures uninterrupted power during outages, enhancing operational safety; and within virtual power plants and smart grids, the modular energy storage cabinet can be centrally dispatched and traded via cloud platforms, facilitating flexible energy management and cost optimization.

Industrial and commercial energy storage

Used for peak shaving and valley filling, demand management, dynamic expansion, and reducing electricity costs.

Microgrid

As a backup power source, it supports off grid and grid connected operation, ensuring stable power supply for important loads.

Distributed energy

Combining with renewable energy sources such as solar and wind power to achieve energy storage and optimized utilization.

Virtual power plant

Supports virtual power plant operation mode and participates in power grid scheduling.

Energy storage battery cabinet performing peak shaving, valley filling, and voltage regulation
Efficient Energy Management

This energy storage cabinet offers peak shaving, valley filling, voltage regulation, three‑phase imbalance correction, and harmonic mitigation. The energy storage battery cabinet supports multiple operating modes—scheduled charge/discharge, self‑consumption, backup power, and AI‑driven smart mode—to maximize system efficiency and ROI.

Modular energy storage battery cabinet with integrated BMS, EMS, PCS, and fire protection
Integrated and modular design

Featuring a fully integrated energy storage battery cabinet, this system houses the 314 Ah LFP battery cells (261 kWh), BMS, EMS, PCS, and multi‑tier fire protection (battery‑, pack‑, and system‑level). Modular architecture supports up to 32 cabinets in parallel for scalable battery storage cabinet solutions across varying project sizes.

261 kWh lithium iron phosphate energy storage battery cabinet with multi‑tier fire protection
High performance and high security

Adopting 314Ah lithium iron phosphate battery, the system capacity reaches 261kWh and the cycle life can reach 6000 times. Equipped with three-level fire protection design (battery level, pack level, system level), supporting multiple detectors such as smoke detectors, temperature detectors, and water immersion detectors to ensure safe system operation.

Wall‑mounted energy storage battery cabinet rated IP54/IP55 operating from –30 ℃ to +50 ℃
Flexible deployment and environmental adaptability

With a footprint of just 1.35–1.47 m² per battery energy storage cabinet, wall‑mount options, and IP54/IP55 ratings, it’s suitable for factories, parks, and commercial buildings. Operating range from –30 ℃ to +50 ℃ (derating above 45 ℃) and up to 3,000 m altitude makes this energy storage battery cabinet versatile in varied climates.

Parameter
Project

Product ModelTB-YL-261.25KWh-125K

Battery

Battery typeLFP314Ah

System battery configuration1P260S

DC side battery capacity@ BOL261.25kWh

Battery voltage range806.4V~1036.8V

Maximum charge discharge rate0.5C

PCS

Rated output power
125kW

Total current waveform distortion rate<3%(rated power)

DC component<0.5%(rated power)

Grid voltage380V±15%

Grid frequency50Hz±5Hz

System parameter

Cabinet size (W*H*D)1050*2400*1400mm

Entry methodThree phase four wire

Grid/Off-gridSupport

Weight≈2.8T

Maximum cycle efficiency91%

Protection levelIP54

Consolidation cabinetSupports up to 8 parallel cabinets

Anti corrosion gradeC4 (C5 optional)

Working temperature-30~+50 ℃ (derating at>45 ℃)

Working humidity0-95% (no condensation)

Maximum working altitude3000m

Cooling Liquid cooled (water+ethylene glycol)

Fire protection configurationS-type aerosol/heptafluoropropane/perfluorohexane

Communication interface Ethernet

System communication protocol authenticationModbus-TCP/GB/T 36276、GB/T 34131、UL 1973、UL 9540A、IEC 62619、UN 38.3

System communication interfaceEthernet



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QWhat is the recommended maintenance cycle for the energy storage cabinet?
AThanks to its modular design and front‑access maintenance, we recommend routine inspections every six months to ensure peak performance and extend life of the energy storage battery cabinet.
QWhich applications are ideal for the energy storage cabinet?
A Ideal for industrial/commercial microgrids, data center backup power, telecom site reserve power, hospital and school emergency supply, and virtual power plant energy trading.
QHow do I choose the right capacity for my energy storage battery cabinet project?
ADetermine your peak load, desired self‑consumption rate, and peak‑to‑valley price differential. Use the 261 kWh battery storage cabinet as a modular building block, scaling capacity by paralleling multiple cabinets.
QWhat roles do BMS, EMS, and PCS play in the energy storage cabinet?
AThe BMS ensures cell health and balancing, the EMS manages charge/discharge strategies and grid interaction, and the PCS converts DC battery power to AC grid power—together optimizing performance of the energy storage cabinet.
QHow is safety guaranteed in the 261° Electric Energy Storage Battery Cabinet?
AThe battery energy storage cabinet features three‑level fire protection (cell, module, and system levels) plus smoke, temperature, and water‑immersion detectors linked to an S‑type aerosol fire‑suppression system for comprehensive safety.
QWhat certifications and credentials does Shenzhen Topband Automation hold for its energy storage cabinet?
AShenzhen Topband Automation, a subsidiary of Topband Co., Ltd., holds CNAS laboratory accreditation, AEO advanced certification, multiple industry patents, and UL 1973/UL 9540A/IEC 62619/UN 38.3 approvals, ensuring quality and safety for its battery energy storage cabinet.
QWhat installation options are available for the 261 kWh battery storage cabinet?
AThis battery storage cabinet supports floor‑standing, wall‑mounted, and parallel rack installation. Its top‑mounted liquid cooling unit and front servicing access simplify setup and maintenance.
QHow does the energy storage cabinet support peak shaving and valley filling?
AThe integrated EMS in the energy storage cabinet monitors grid load in real time and automatically switches to discharge mode during peak periods, smoothing demand, optimizing energy costs, and maximizing ROI.
QWhat are the key advantages of the 261° Electric Energy Storage Battery Cabinet?
AThe 261 kWh battery energy storage cabinet features ultra‑high energy density (177.72 kWh/m²), modular design supporting up to 32 cabinets in parallel, 110% long‑term overload tolerance, and front‑access maintenance for reduced footprint and O&M costs.
QWhat is an energy storage battery cabinet?
AAn energy storage battery cabinet is a fully integrated liquid‑cooled system that houses battery cells, BMS, EMS, PCS, and fire‑protection modules in a single enclosure, enabling peak shaving, backup power, and scalable deployment.
Get In Touch

Have questions about our 261° Electric Energy Storage Battery Cabinet  or related energy solutions? Send us a message—we're always ready to help!

261° Electric Energy Storage Battery Cabinet 

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