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Durathon Battery E2209

A thermal-resilient Na-NiCl₂ battery employing B-alumina solidelectrolyte operates at 300°C, engineered for longevity andsafety in extreme climates (-40°Cto +65°C). Its solid-statedesign eradicates leakage, gas emissions, and explosion risks,ensuring maintenance-free operation for over 20 years. With 4xthe energy density of lead-acid and 1.8x that of lithium NMC, itachieves 70-80% space reduction and triple weight savings.The IP55-certified, corrosion-resistant enclosure supportsdeployment in demanding environments-offshore rigs,chemical plants, or dusty zones-while its infinite chargeretention and non-toxic, fully recyclable components align withsustainable energy goals.

Applications: Oil & Gas, Utilities, Rails, Telecom,Communications and other industrial

Certifications: CE, UL9540A (Safety),  UL1973,IEC62984,IEC62984

 

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Durathon Battery E1109R

A thermal-resilientNa-NiCl₂ battery employing B-alumina solidelectrolyte operates at 300°C, engineered for longevity andsafety in extreme climates (-40°Cto +65°C). Its solid-statedesign eradicates leakage, gas emissions, and explosion risks,ensuring maintenance-free operation for over 20 years. With 4xthe energy density of lead-acid and 1.8x that of lithium NMC, itachieves 70-80% space reduction and triple weight savings.The IP55-certified, corrosion-resistant enclosure supportsdeployment in demanding environments-offshore rigs,chemical plants, or dusty zones-while its infinite chargeretention and non-toxic, fully recyclable components align withsustainable energy goals.

Applications: Oil & Gas, Utilities, Rails, Telecom,Communications and other industrial

Certifications: EN 50155:2021,EN 50121-3-2-2016+A1:2019,IEC 60529:2013,IEC 61373:2010,IEC 60068-2-11:2021,IEC62984

 

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Durathon Battery E12510/13011

A thermal-resilient Na-NiCl₂ battery employing β-alumina solid electrolyte operates at 300℃, engineered for longevity and safety in extreme climates (-40℃to +65℃). Its solid-state design eradicates leakage, gas emissions, and explosion risks, ensuring maintenance-free operation for over 20 years. With 4x the energy density of lead-acid and 1.8x that of lithium NMC, it achieves 70-80% space reduction and triple weight savings. The IP55-certified, corrosion-resistant enclosure supports deployment in demanding environments-offshore rigs, chemical plants, or dusty zones-while its infinite charge retention and non-toxic, fully recyclable components align with sustainable energy goals.

Applications: Oil & Gas, Utilities, Rails, Telecom, Communications and other industrial

Certifications: CE, UL9540A (Safety),  UL1973,IEC62984

 

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Durathon UPS System

Sodium-Nickel Chloride Battery Modular UPS enables flexible capacity expansion and convenient maintenance, addressing pain points in existing technologies. It enhances reliability, reduces downtime risks, and ensures stable operation in critical sectors such as data centers and medical equipment. The sodium-nickel chloride battery UPS series offers four times higher energy density, supports 6,000 cycles (service life exceeding 10 years), and features solid-state electrolytes with no combustion or explosion risks (UL certified). It delivers stable charging and discharging performance, eliminates the need for frequent maintenance, and lowers operational costs. All battery components are made of non-toxic materials with a recycling rate exceeding 95%, making it ideal for markets with high safety and reliability requirements.
Applications: Suitable for critical fields including data centers, medical equipment, and industrial manufacturing.

 

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The sodium nickel battery energy storage cabinet provides a safe, reliable, and low-maintenance solution for commercial and industrial applications. Its modular design enables flexible expansion and scalable deployment to meet growing energy demands.

With solid-state electrolyte technology, the system eliminates combustion and explosion risks, ensuring stable, long-term operation. Featuring long service life and environmentally friendly materials, it reduces lifecycle costs while supporting sustainable energy management.

Applications:
Commercial and industrial energy storage, data centers, medical facilities, and other safety-critical scenarios.

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The residential energy storage system offers a safe, reliable, and low-maintenance solution for homeowners. Its modular design allows flexible, scalable capacity expansion to meet growing household demand. Solid-state electrolyte technology eliminates fire and explosion risks, ensuring stable long-term operation. Extended service life and eco-friendly materials reduce lifecycle costs and support sustainable home energy management.

Applications: Residential PV self-consumption, peak-valley arbitrage, backup power, smart home management, and other safety-critical scenarios.

 

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