Battery
Power Distribution Built for the DC Future
Battery energy storage systems, EV charging hubs, and DC microgrids are redefining how power flows — from generation to storage to load. LS Busway provides distribution solutions for both the AC and DC sides of energy storage infrastructure, with products engineered for the thermal, safety, and density demands of battery environments.
Energy Storage Distribution
Battery energy storage projects require power distribution that supports dense electrical layouts, safety requirements, and future serviceability. LS Busway systems can help organize power distribution between major equipment areas while keeping layouts flexible and easier to coordinate.
Ex-Way
Low Voltage Busway
UL Listed
Sandwich Type
| ≤ 600 V AC | 630–6000 A | 150 kA | NEMA 1 / 3R | Cu / Al | UL 857 |
| Voltage | Current | SCCR | IP | Conductor | Standard |
- Totally enclosed sandwich design
- Copper or aluminum conductors
- NEMA 3 weather-resistant
DTS Monitoring
Fiber optic · Real-time thermal
| Fiber optic | Real-time thermal |
| Technology | Capability |
- Fiber optic
- Real-time thermal
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DC-Way (UL)
In development
| UL listed |
Battery storage / |
| Status | Application |
Project Showcase
Energy Storage Installations
Real-world and planned energy storage projects featuring LS Busway distribution systems.
Case study: supporting a fast-moving data center build
A US data center project required MV power cable that could keep pace with a compressed construction schedule and complex routing conditions. The project team needed confidence that the specified cable would perform consistently once installed, while documentation and coordination stayed aligned as project details evolved.
Project title
A US data center project required MV power cable that could keep pace with a compressed construction schedule and complex routing conditions. The project team needed confidence that the specified cable would perform consistently once installed, while documentation and coordination stayed aligned as project details evolved.
Project title
A US data center project required MV power cable that could keep pace with a compressed construction schedule and complex routing conditions. The project team needed confidence that the specified cable would perform consistently once installed, while documentation and coordination stayed aligned as project details evolved.
Case study: supporting a fast-moving data center build
A US data center project required MV power cable that could keep pace with a compressed construction schedule and complex routing conditions. The project team needed confidence that the specified cable would perform consistently once installed, while documentation and coordination stayed aligned as project details evolved.
Case study: supporting a fast-moving data center build
A US data center project required MV power cable that could keep pace with a compressed construction schedule and complex routing conditions. The project team needed confidence that the specified cable would perform consistently once installed, while documentation and coordination stayed aligned as project details evolved.
Case study: supporting a fast-moving data center build
A US data center project required MV power cable that could keep pace with a compressed construction schedule and complex routing conditions. The project team needed confidence that the specified cable would perform consistently once installed, while documentation and coordination stayed aligned as project details evolved.
Case study: supporting a fast-moving data center build
A US data center project required MV power cable that could keep pace with a compressed construction schedule and complex routing conditions. The project team needed confidence that the specified cable would perform consistently once installed, while documentation and coordination stayed aligned as project details evolved.
Case study: supporting a fast-moving data center build
A US data center project required MV power cable that could keep pace with a compressed construction schedule and complex routing conditions. The project team needed confidence that the specified cable would perform consistently once installed, while documentation and coordination stayed aligned as project details evolved.
Case study: supporting a fast-moving data center build
A US data center project required MV power cable that could keep pace with a compressed construction schedule and complex routing conditions. The project team needed confidence that the specified cable would perform consistently once installed, while documentation and coordination stayed aligned as project details evolved.
Case study: supporting a fast-moving data center build
A US data center project required MV power cable that could keep pace with a compressed construction schedule and complex routing conditions. The project team needed confidence that the specified cable would perform consistently once installed, while documentation and coordination stayed aligned as project details evolved.
Case study: supporting a fast-moving data center build
A US data center project required MV power cable that could keep pace with a compressed construction schedule and complex routing conditions. The project team needed confidence that the specified cable would perform consistently once installed, while documentation and coordination stayed aligned as project details evolved.
Case study: supporting a fast-moving data center build
A US data center project required MV power cable that could keep pace with a compressed construction schedule and complex routing conditions. The project team needed confidence that the specified cable would perform consistently once installed, while documentation and coordination stayed aligned as project details evolved.
Case study: supporting a fast-moving data center build
A US data center project required MV power cable that could keep pace with a compressed construction schedule and complex routing conditions. The project team needed confidence that the specified cable would perform consistently once installed, while documentation and coordination stayed aligned as project details evolved.
"The Busway’s precision engineering and straightforward tap-off capability made it the best choice for our high-density power requirements. Mechanical tolerances and shielding meet our safety standards, and the system integrates cleanly with our monitoring and protective devices. It’s a high-performance solution that simplifies both design and field work."
Marcus C.
Infrastructure Operations Manager,
Ztos Data Solutions
Ztos Data Solutions
"The Busway’s precision engineering and straightforward tap-off capability made it the best choice for our high-density power requirements. Mechanical tolerances and shielding meet our safety standards, and the system integrates cleanly with our monitoring and protective devices. It’s a high-performance solution that simplifies both design and field work."
Marcus C.
Infrastructure Operations Manager,
Ztos Data Solutions
Ztos Data Solutions
"The Busway’s precision engineering and straightforward tap-off capability made it the best choice for our high-density power requirements. Mechanical tolerances and shielding meet our safety standards, and the system integrates cleanly with our monitoring and protective devices. It’s a high-performance solution that simplifies both design and field work."
Marcus C.
Infrastructure Operations Manager,
Ztos Data Solutions
Ztos Data Solutions
UL 857
Busway — safety standard for busway and associated fittings rated 600V or lessBase requirement for all LS Busway products in US installations
UL 891
Switchboards — covers Data-Way tap-off box assemblies with integrated circuit protectionRequired for plug-in units with built-in breakers in rack distribution
UL 857
Busway — safety standard for busway and associated fittings rated 600V or lessGoverns busway installation requirements that AHJs enforce on every data center project