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The Sol-Ark L3-HV-60-KWH Battery Bank is a high-voltage modular energy storage system designed for substantial battery storage applications. The listed system uses twelve 5.12kWh battery modules for 61.44kWh of nominal system energy and 55.29kWh of usable energy. With LiFePO4 cell chemistry, modular architecture, and indoor or outdoor configurations, it gives customers a practical foundation for larger energy storage planning.
For customers planning a substantial energy storage system rather than a small portable power solution, the Sol-Ark L3-HV-60-KWH brings a different scale of storage to the table. The system includes automatic battery and BMS configuration and provides CAN2.0 and RS485 communication interfaces. Additional battery modules can be connected in parallel or series to increase capacity or voltage where the system configuration supports it.
The listed indoor system provides 61.44kWh of system energy and 55.29kWh of usable energy. It is built from twelve 5.12kWh battery modules, with each module rated at 51.2V and 100Ah. This gives customers clearly defined storage figures when planning a larger energy storage system.
The Sol-Ark L3-HV-60-KWH uses LiFePO4 cell chemistry with prismatic cells. Knowing the battery chemistry helps customers compare storage technologies when planning a larger power system.
The battery modules can be connected in parallel or series to increase capacity or voltage. The system is also described as scalable, providing flexibility for energy storage planning. Any expansion should be evaluated against the applicable system configuration and technical requirements before purchase.
The listed features include automatic configuration of the batteries and battery management system. CAN2.0 and RS485 communication interfaces are also provided for integration into the overall energy storage setup.
The Sol-Ark L3-HV-60-KWH is listed in indoor IP20 and outdoor IP55 configurations. The configurations have different enclosure ratings, dimensions, and approximate weights, so customers should confirm which version is appropriate for their intended application before ordering.
The listed indoor configuration has a nominal system voltage of 614.4V with an operating voltage range of 499.2V to 700V. The outdoor configuration also has a 614.4V nominal system voltage, with an operating range of 499.2V to 691.2V. Customers should evaluate the battery as part of the complete power system rather than as a standalone low-voltage battery.
The size and configuration of this battery bank make it suited to substantial energy storage planning rather than lightweight camping or portable power applications. It can be considered for applications where a larger stored-energy resource is needed as part of a broader power system.
This is not a small, grab-and-go battery. The listed indoor configuration weighs approximately 1,384.5 pounds, while the outdoor configuration weighs approximately 2,094.4 pounds. Customers should evaluate the complete system design and applicable installation requirements before purchase.
A smaller battery system may be more appropriate when the primary goal is portability, modest backup capacity, or a compact installation. The Sol-Ark L3-HV-60-KWH serves a different purpose, with twelve battery modules, a high-voltage architecture, and 61.44kWh of nominal system energy.
It is also important to distinguish stored energy from output. Battery capacity indicates how much energy the system stores, while the complete power system determines how that stored energy is delivered to loads. The listed indoor configuration recommends a 50A charge and discharge current, has a 100A nominal current, and lists a 125A peak discharge current. Customers should evaluate the battery alongside the complete power system when planning an installation.
The Sol-Ark L3-HV-60-KWH may be a good fit for customers planning a substantial energy storage system and needing considerably more capacity than a typical portable or smaller battery solution. Its modular construction can also be useful when the storage design requires additional modules or configuration flexibility.
This May Be A Good Fit If
Before purchasing, confirm the required battery configuration, indoor or outdoor version, system compatibility, installation requirements, and any additional equipment needed for your complete power system.
The listed indoor system provides 61.44kWh of system energy and 55.29kWh of usable energy. The system is built from twelve 5.12kWh battery modules.
The Sol-Ark L3-HV-60-KWH uses LiFePO4 cell chemistry with prismatic cells.
Yes. The product is listed in an indoor IP20 configuration and an outdoor IP55 configuration. The two configurations have different dimensions, approximate weights, and some differing technical specifications.
The system is described as modular and scalable, with battery modules capable of being connected in parallel or series to increase capacity or voltage. Confirm the applicable configuration and expansion requirements before adding modules.
The listed communication interfaces are CAN2.0 and RS485. USB and Wi-Fi upgrades are also listed as optional features for remote upgrading.
Sol-Ark L3-HV-60-KWH Battery Specifications |
|
|---|---|
| Product | Sol-Ark L3-HV-60-KWH Battery Bank |
| Battery Chemistry | LiFePO4 |
| Cell Type | Prismatic |
| Number Of Battery Modules | 12 |
| Energy Per Module | 5.12kWh |
| System Energy | 61.44kWh |
| Usable Energy | 55.29kWh |
| Nominal System Voltage | 614.4V |
| Indoor Operating Voltage Range | 499.2–700V |
| Outdoor Operating Voltage Range | 499.2–691.2V |
| Recommended Charge And Discharge Current | 50A |
| Nominal Current | 100A |
| Peak Discharge Current | 125A |
| Communication | CAN2.0 / RS485 |
| Indoor Enclosure Rating | IP20 |
| Outdoor Enclosure Rating | IP55 |
| Indoor Approximate Weight | 1,384.5 lbs |
| Outdoor Approximate Weight | 2,094.4 lbs |
| Configuration | Modular And Scalable |
| Module Connection | Parallel Or Series |
| Optional Upgrades | USB And Wi-Fi |
The Sol-Ark L3-HV-60-KWH Battery Bank is designed for customers planning substantial energy storage around a modular, high-voltage architecture. With LiFePO4 chemistry, twelve 5.12kWh modules, 61.44kWh of listed system energy, and indoor or outdoor configuration options, it provides meaningful specifications for larger energy storage planning.
At Outbound Power, we focus on matching power equipment to the actual job rather than simply choosing a large capacity number. If you are building a larger solar or backup power system, evaluate your required capacity, voltage, configuration, compatibility, and installation requirements carefully. Choose Outbound Power when you want practical product information to help build a power solution designed around your needs.
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