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51.2V Rack Mount Battery LiFePO4 Server Rack ESS Telecom Solar Storage

BrandJHY
Product originChina
Delivery time45

Solar Battery Storage Main Features: 1. Efficient and flexible: simple buckle fixing minimize the installation time and cost. Flexible increase voltage capacity without any other equipments or settings. 2. Excellent quality: 80% of initial capacity after 6000. Integrated WiFi Modem OTA online upgrade convenient after-sales service. 3. Safe and secure: LFP(Lithium ion Phosphate) the highest safety. 100% automatic module stacking +100% Aging Test+100% EOL . 4. Efficient management: Accurate sampling of voltage and current. SOC mathematic more accurate and never jump.

Basic Characteristics	Nominal Voltage	48V
	Nominal Capacity	100Ah
	Effciency	≥96%
	lnner Resistance	7mΩ
	Cell Type	LiFePO4
Charging Characteristics	Charge Voltage	54.7V
	Standard Charging Current	20A
	Max.Continuous Charging Current	100A
Discharge Characteristics	Standard Discharge Current	50A
	Continuous Discharge Current	100A
	Peak Discharge Current	200A (3s)
	Discharge Cut-off Voltage	40V
Environmental Requirements	Charge Temperature Range	0~60°C
	Discharge Temperature Range	-10°C~65°C
	Storage Temperature Range	-5~40°C
	Storaqe Humidity	65±20％HR
Mechanical Characteristics	Size(L×W×H)	515×493×175mm
	Package Size (L×W×H)	550×520×230mm
	Shell Material	SPCC
	Net Weight	40kg
	Gross Weight	42kg
	Package Method	1pcs per carton

Core Commercial Advantages

Data Center Form Factor ComplianceThe 4U chassis adheres to EIA-310-D standards, sliding into standard server rails without custom fabrication. Colocation providers and IT integrators deploy this rack mount battery alongside compute infrastructure, consolidating power and storage footprints within existing aisle layouts.

Telecommunications Grade ReliabilityDesigned for telecom battery backup applications, the module maintains NEBS-level thermal tolerance and vibration resistance. Cell towers, central offices, and edge computing nodes gain uninterrupted power bridging during grid instability or diesel generator sequencing.

48V Bus Architecture AlignmentThe 51.2V nominal output interfaces directly with legacy 48V solar storage ecosystems and contemporary hybrid inverters. System designers avoid voltage conversion losses and compatibility layers, streamlining balance-of-system engineering for commercial solar-plus-storage integrations.

Horizontal Scalability ArchitectureParallel communication buses enable rack-level aggregation without master-slave hierarchy limitations. Installers configure ESS battery module arrays from 5kWh entry points to 80kWh+ commercial scales using identical SKUs, simplifying inventory and sparing strategies for distributors.

Embedded Safety SystemsMulti-stage protection encompassing cell-level fusing, thermal runaway propagation barriers, and gas venting pathways addresses stringent fire codes. The LiFePO4 server rack chemistry eliminates cobalt-related thermal risks, satisfying insurer and authority-having-jurisdiction requirements for indoor energy storage.

Rack Mount Battery

Deployment Scenarios

Telecommunications Infrastructure: Primary backup for 5G base stations, microwave relay sites, and fiber network nodes
Data Center UPS: Bridging power during utility transfers and short-duration outages
Remote Monitoring Stations: Solar-hybrid power for SCADA, pipeline sensors, and environmental monitoring
Broadcast & Media: Uninterruptible power for transmission equipment and production facilities
Rail & Transportation: Signaling system backup and platform infrastructure support

Summary

This rack mount battery addresses the convergence of information technology and energy infrastructure. As a LiFePO4 server rack solution, it leverages established logistics channels and installation protocols familiar to IT contractors. The telecom battery backup pedigree ensures operational continuity expectations, while 48V solar storage compatibility opens renewable integration pathways. For distributors serving infrastructure verticals, the unit represents a stockable, standards-compliant ESS battery module bridging traditional UPS markets with emerging solar-storage hybridization.

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What level of technical support and warranty protection does Jiahongyu provide to overseas distributors and installers?

We provide comprehensive B2B Technical Support, including system sizing consultations, remote diagnostic assistance, and localized marketing materials. Our Solar Inverters and ESS products typically carry a 5 to 10-year performance warranty. We also maintain a specialized engineering team to assist B2B partners with troubleshooting and firmware updates, ensuring the stability and longevity of every Renewable Energy Storage project we supply.

Can your solar storage solutions be scaled for high-demand commercial or industrial (C&I) requirements?

Yes, scalability is a core advantage of our Modular Energy Storage architecture. Our Stackable Battery Storage units and Hybrid Inverters support parallel configurations. For instance, up to 15 battery modules can be synchronized to create a high-capacity Solar ESS, and multiple inverters can be paralleled to handle larger loads. This allows EPC contractors to deploy tailored energy solutions that grow alongside the client's energy demands.

What safety protocols are integrated into the LiFePO4 battery storage modules to ensure long-term industrial reliability?

Every Jiahongyu LiFePO4 Battery module is equipped with an industrial-grade Smart BMS (Battery Management System). This system provides real-time monitoring of cell-level telemetry, including voltage balancing, thermal management, and over-current protection. With Grade-A cells, our storage units offer over 6,000 deep-cycle lives, providing a high-ROI Lithium Battery Backup solution for mission-critical residential and commercial applications.

How does the Jiahongyu Hybrid Inverter ensure compatibility with different global grid standards and battery brands?

A: Our Hybrid Inverter series is engineered with a multi-protocol communication interface, supporting CAN, RS485, and RS232. This ensures seamless integration with leading LiFePO4 battery brands and allows for firmware adjustments to meet specific regional grid codes (such as CE, AS4777, or IEEE 1547). For system integrators, this flexibility simplifies the installation of a comprehensive Solar Energy Storage System across diverse international markets.