Hi-MO S L261X-AC 261kWh AC-Coupled Utility Energy Storage System-LUZHIHANG Energy Technology (Kunshan) Co., Ltd.

Key Features

AC‑Side Integration for Renewable Energy Retrofit Projects
The Hi‑MO S L261X‑AC uses an AC‑side integration architecture, allowing battery storage systems to connect with existing renewable energy infrastructure.
Key advantages:

Suitable for existing PV system expansion
Supports renewable energy retrofit projects
Simplifies integration with operating power systems
Enables independent battery storage deployment

This configuration is suitable for projects requiring additional energy storage capacity after renewable energy systems have already been installed.

261.24kWh High‑Capacity Battery Storage System
The system uses high‑capacity LiFePO4 battery technology to provide reliable energy storage capacity.
Battery parameters:

Battery type: LiFePO4 (Lithium Iron Phosphate)
Cell capacity: 314Ah
Rated energy: 261.24kWh
Nominal voltage: 832V

The high‑capacity battery configuration supports renewable energy projects requiring stable and reliable energy storage.

Integrated AC Power Conversion Capability
The AC configuration provides power conversion capability for renewable energy and grid‑connected applications.
Electrical specifications:

Rated power: 250kW
Maximum output power: 400kVA
Rated voltage: 400V
Rated frequency: 50Hz

The system supports AC‑side power integration for different Battery Energy Storage System applications.

Liquid Cooling Battery Thermal Management
The battery pack adopts liquid cooling technology to maintain stable operating conditions.
Cooling configuration:

Battery pack: Liquid Cooling
PCS: Air Cooling

The thermal management design supports reliable system operation under different environmental conditions.

Multi‑Source Energy System Compatibility
The system supports integration with multiple energy sources:

Existing PV systems
Grid‑connected power systems
Diesel generator hybrid systems
Renewable energy storage projects

Energy Storage Applications

Renewable Energy Retrofit Projects
The AC‑coupled structure is suitable for existing renewable energy projects requiring additional battery storage capacity.
Applications:

Existing solar plants requiring storage expansion
Renewable energy system upgrades
Hybrid power projects

Commercial Renewable Energy Storage Projects
The system provides a Battery Energy Storage System solution for renewable energy projects requiring additional energy storage capability.
Applications:

Solar energy storage systems
Distributed renewable energy projects
Commercial energy storage applications

Hybrid Energy Systems
The system supports integration between different power sources.
Applications:

PV + battery storage
Grid + battery storage
Diesel generator hybrid systems

Product Specifications

Parameter	Specification
Product Model	Hi‑MO S L261X‑AC
System Configuration	AC Coupled
System Type	AC‑Coupled Utility Battery Energy Storage System
Cell Technology	LiFePO4 (LFP)
Cell Capacity	314Ah
Rated Energy	261.24kWh
Nominal Battery Voltage	832V
Rated Power	250kW
Maximum Output Power	400kVA
Rated Grid Current	400A
Rated Voltage	400V
Rated Grid Frequency	50Hz
Maximum PV‑AC Coupling Power	250kVA
Maximum Diesel Input Power	400kVA
Maximum Grid Input Power	400kVA
Maximum Load Output	250kVA
Cooling Method	Liquid Cooling (PACK); Air Cooling (PCS)
Weight	4511kg
Dimensions (W×D×H)	1900×1600×2350mm
Operating Altitude	≤2000m
Protection Rating	IP55
Operating Temperature	-30~55°C (>50°C derating)

Safety and Certifications

The Hi‑MO S L261X‑AC is designed with battery safety protection and international compliance requirements for renewable energy storage applications.

Certifications

IEC/UL 60730
IEC 62619
IEC 63056
EN/IEC 62477
IEC 62040
EN/IEC 61000
UN 38.3
UN 3480

Product Advantages

Suitable for Renewable Energy Retrofit Projects
The AC‑side architecture allows easier integration into existing photovoltaic and renewable energy systems requiring additional storage capacity.

High‑Capacity Utility Battery Storage Solution
With 261.24kWh rated energy capacity and 250kW rated power, the system provides a practical solution for renewable energy developers and project integrators.

Stable Thermal Management Design
Liquid cooling battery technology combined with air‑cooled PCS design supports reliable system operation.

Designed for EPC and Renewable Energy Deployment
The system provides a practical Battery Energy Storage System solution for EPC contractors, renewable energy developers, and energy storage integrators.

Ordering Information

Item	Details
Product Model	Hi‑MO S L261X‑AC
System Configuration	AC Coupled
Rated Energy	261.24kWh
Battery Technology	LiFePO4
MOQ	Negotiable
Trade Terms	EXW / FOB / CIF / DDP / LC
Lead Time	Contact for current schedule

FAQ

Q: What type of renewable energy projects is the Hi‑MO S L261X‑AC suitable for?

A: The system is suitable for renewable energy retrofit projects, hybrid power systems, and Battery Energy Storage System applications requiring additional storage capacity.

Q: What is the difference between AC‑coupled and DC‑coupled energy storage systems?

A: AC‑coupled systems connect through the AC side and are suitable for retrofit and flexible integration projects. DC‑coupled systems connect PV generation and battery storage on the DC side and are commonly used for new solar‑plus‑storage projects.

Q: Can this system be integrated into existing solar projects?
A: Yes. The AC‑side architecture allows integration with existing photovoltaic systems requiring battery storage expansion.

Q: What battery technology does the system use?
A: The system uses LiFePO4 battery technology with 314Ah battery cells.

Q: Can LZH supply Battery Energy Storage Systems for EPC projects?

A: Yes. LZH provides energy storage solutions for EPC contractors, renewable energy developers, and energy storage project partners。

Hi-MO S L261X-AC 261kWh AC-Coupled Utility Energy Storage System

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