MidNite Solar Lithium Battery Combiner – MNLBC

The MidNite Solar MNLBC Battery Combiner serves as a secure and efficient solution for connecting up to 14 battery strings. Designed to keep your battery systems organized and protected from the elements, it’s an essential component in optimizing power management for renewable energy systems.

Significant Features

Weatherproof Design

With its durable, rainproof construction, this battery combiner ensures robust protection for your connections against weather, ensuring long-lasting reliability and safety in diverse environmental conditions.

Versatile Connectivity

Designed to accommodate multiple battery strings, the MNLBC efficiently combines the positive and negative lines to facilitate seamless integration into your power system, maximizing energy efficiency.

Overcurrent Protection

The inclusion of overcurrent protection features within the MNLBC helps prevent electrical overloads, safeguarding your equipment from potential damage.

Easy Installation

Featuring user-friendly wiring configurations, the MNLBC is straightforward to install, allowing you to establish connections quickly and efficiently without the hassle.

UL Listed Hubs

For enhanced security and compliance, use only UL Listed rain-tight hubs for conduit entries, ensuring all components meet stringent safety standards.

Operational Insights

This battery combiner efficiently manages the electrical flow from multiple sources. With intuitive busbar connections and grounding provisions, it simplifies the complexity of power distribution in battery arrays.

Input and Output Management

The MNLBC manages the input and output connections through clearly marked busbars, ensuring correct and secure integrations of battery strings.

Grounding Features

A dedicated chassis ground busbar enhances the overall safety system by providing effective grounding for the entire unit during operation.

Consistent Cable Lengths

For optimal operation, the system accommodates equal-length cables, simplifying installation and ensuring consistent power management.

Technical Specifications