Uptime & Redundancy
Designed for mission‑critical IT loads
Ultra‑Fast Response
Uninterruptable Power in milliseconds for hours
Scalable Architectures
From rack to hyperscaler sites
Safe & Proven
Automotive‑grade safety and quality
One Power Architecture. Multiple Layers of Protection.
Data center power resilience is not a single product it is a layered system. BorgWarner’s portfolio addresses every level of the power stack, from in-rack protection to grid-interactive energy storage.
Battery Energy Storage Systems (BESS)
Energy optimization and grid interaction
Manages energy over hours, enabling grid interaction, load optimization, and integration of renewable and hybrid energy systems.
Discharge Time: 1-4 hours
System Size: up to multi-MWh (<7,000 kWh per system)
Generator Battery Solutions (GBS)
Generator interaction
Supports generator-based systems during fast load transients, reducing generator stress and improving stability in grid-constrained or off-grid environments.
Discharge Time: 1-3 minutes
System Size: 30-1,200 kWh
Uninterruptible Power Supply (UPS)
Bridge to generator
Bridges short grid outages, maintaining power to critical loads until generators assume full operation.
Discharge Time: 15-60 minutes
System Size: 10-500 kWh
Battery Backup Units (BBU)
Rack-level uptime
Protects high-density racks from even brief power interruptions, ensuring continuous operation of critical compute and data workloads.
Discharge Time: 1-3 minutes
System Size: 0.2-12 kWh
Battery Energy Storage Systems
BorgWarner’s Battery Energy Storage Systems are modular, flexible solutions designed specifically for Commercial & Industrial applications with heterogeneous load profiles and use cases.
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Features
- Modular system architecture with configurable battery pack configuration (5 - 8 packs per Cabinet)
- High-reliability, long-life LFP battery cells
- Energy duration configurable from 1 to 4 hours
- Integrated Control and Junction Box with advanced in-house Battery Management System
- Installed energy per system from 261 to 418 kWh
- Designed for flexible integration into C&I environments
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Benefits
- Optimized energy costs:
Enables peak shaving and load management to reduce electricity expenses - High system reliability:
Automotive-grade battery technology ensures long service life - Flexible scalability:
Modular design adapts to diverse site requirements and applications - Low total cost of ownership:
Optimized balance of performance, footprint, and system cost - Global support:
Backed by European production footprint and global service network
- Optimized energy costs:
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Generator Battery Systems
Our Generator Battery System is a flexible and industrialized stationary battery solution for applications such as UPS, backup power, microgrids, AI peak shaving, and renewable energy integration.
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Features
- Stationary energy storage system based on high-energy NMC battery technology
- Modular and scalable architecture for flexible system sizing up to 1200 kWh
- Configurable nominal system voltage 665 V or 1330 V
- Wide adjustable state-of-charge window for application-specific operation
- Automotive-grade battery management system with redundant safety architecture
- Active liquid-cooled thermal management for stable performance and long lifetime
- Industrialized serial platform with proven field experience
- Removable electronics unit (RCB) for easy service and repair
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Benefits
- Versatile application range:
Suitable for industrial UPS, long-duration backup, and energy storage - High investment security:
Proven serial platform with long warranty options up to 12 years - Fast availability:
Mature industrialized system, not a prototype solution - High operational reliability:
Automotive-derived safety and control architecture - Global compliance:
Manufactured in Europe and the USA - no Foreign Entity of Concern risks
- Versatile application range:
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Downloads
Uninterruptible Power Supply
The UPS Battery System provides highly reliable, high-power energy storage for uninterruptible power supply applications.
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Features
- Scalable system concept designed for industrial and data center applications
- Optimized for OCP-compliant architectures and modern power infrastructures
- High-power battery technology optimized for rapid discharge
- Short-duration, high-reliability backup design
- High-power sodium ion cells for maximum performance (up to 20C)
- Standard industrial communication interfaces for system integration
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Benefits
- Maximum reliability:
Ensures uninterrupted operation or safe shutdown of critical systems - Fast reaction time:
Immediate power delivery during grid disturbances - High power density:
Optimized for short-duration, high-discharge UPS applications - Reduced operating effort:
Long lifetime and robust design minimize maintenance needs - Platform flexibility:
Cell-agnostic hardware and software architecture
- Maximum reliability:
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Battery Backup Unit
Our Battery Backup Unit delivers highly reliable, high-power backup energy for mission-critical data center infrastructure.
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Features
- Battery Backup Unit platform supporting NMC, LFP, or Sodium-Ion cell technologies
- Optimized for data center environments and short-duration backup applications
- High-power energy delivery for rapid discharge events (up to 20C)
- High cycle and calendar lifetime for permanent standby operation
- Compatibility with modern server, rack, and power architectures
- Compact, modular OCP-compliant design for rack or system integration
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Benefits
- Maximum uptime:
Immediate backup power protects critical IT infrastructure from outages - Fast response time:
Ensures seamless bridging during power interruptions - High power density:
Delivers the required discharge power for servers and network equipment - High reliability:
Designed for continuous standby operation with advanced monitoring - Use-case optimized by modular design:
Integration of different cell chemistries possible - Efficient system design:
Modular architecture enables optimized cost and availability
- Maximum uptime:
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Downloads