Containerized Battery Energy Storage Systems (BESS) for Grid, Commercial, and Industrial Applications
AuroraCell Battery Energy Storage Systems (BESS) provide robust, containerized sodium-ion solutions engineered specifically for demanding grid-scale, commercial, and industrial (C&I) applications. Our advanced utility-scale portfolio features a highly efficient 2.28 MWh sodium-ion liquid-cooled DC cabinet, alongside an innovative 3 MWh-class battery energy storage concept available for custom project discussions. Designed for seamless integration, these high-capacity systems ensure superior thermal stability, reliable operation, and maximum safety for your critical energy infrastructure.
2.42 MWh Sodium-Ion Liquid-Cooled DC Cabinet
The 2.42 MWh Sodium-Ion Liquid-Cooled DC Cabinet is the main AuroraCell BESS system for grid, commercial and industrial energy storage applications. It is designed for projects where containerized battery storage, thermal management, long service life and reliable system operation are important.
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Containerized sodium-ion battery energy storage
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Liquid-cooled DC cabinet architecture
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Suitable for grid, commercial and industrial use
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Designed for renewable integration, peak shaving and backup power
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Project-specific integration and deployment planning
BESS Application Areas
Concept Phase – Available for Project Discussion
3 MWh-Class Sodium-Ion BESS Concept
AuroraCell is evaluating a 3 MWh-class sodium-ion BESS concept based on a modular architecture from 31 kWh module to 253 kWh rack to 3,039 kWh container system. This concept is intended for project discussion and early-stage evaluation with customers, system integrators and project developers.
Why Sodium-Ion for BESS Systems?
Requirement
- Safety-first architecture
- Long service life
- Cold-climate performance
- High-rate capability
- Portfolio flexibility
AuroraCell BESS Approach
- Sodium-ion system design for grid, commercial and industrial storage applications.
- Suitable for projects where durability and stable operation matter over time.
- Relevant for outdoor and infrastructure projects with low-temperature requirements.
- Supports applications such as peak shaving, backup power and grid response.
- Includes current BESS system content and concept-stage project discussion options.
Information Needed for a BESS Discussion
To evaluate a sodium-ion BESS project, AuroraCell reviews the target application, energy capacity, power requirement, operating profile, site conditions and integration requirements. This helps define whether the current BESS system or a concept-stage discussion is suitable for the project.
- Application type
- Target energy capacity
- Target power output
- Runtime requirement
- Charge/discharge profile
- Grid, commercial or industrial use case
- Site and installation environment
- Operating temperature range
- PCS or inverter requirements
- Certification and compliance scope
- Project country and timeline
Request BESS Discussion
Share your target capacity, power requirement, application, site conditions and project timeline. AuroraCell can review the requirements and discuss sodium-ion BESS options for grid, commercial, industrial, renewable integration, backup power or microgrid applications.