High-Voltage Battery Cabinet Power Harnesses - Custom Engineered Solutions for BESS

High-Voltage Battery Cabinet Power Harnesses - Custom Engineered Solutions for BESS

This power harness is specially developed for battery cabinet applications, offering reliable electrical performance and durable construction. It is widely used in energy storage systems, backup power supplies, industrial cabinets, and other high-current environments. With flexible customization on size, connectors, and packaging, it can meet various installation and system requirements.

Product Overview

• 1. Wire Gauge: 35mm² as standard; other sizes can be made upon request
• 2.Connector Type: Standard model is FSP840180TZ - 35U0A1C; alternative connectors are available depending on customer specifications
• 3. Length & Dimensions: Tailored to meet specific equipment configurations or customer drawings
• 4. Color & Appearance: Customizable based on project or brand requirements
• 5. Material Standard: All raw materials conform to ROHS and UL safety and environmental standards
• 6. Manufacturing Technique: Features hexagonal crimping for firm connection and minimal resistance
• 7 .Performance: Ensures stable current flow, strong mechanical strength, and long-term reliability even under continuous operation

Typical Applications

This power harness is primarily used in battery cabinet systems that require stable and high-current electrical connections. It is well-suited for integration into various industrial and commercial environments, including:

• 1. Energy Storage Systems (ESS): Commonly installed in lithium battery packs and cabinet-based storage units, the harness ensures efficient power transmission between cells, modules, and controllers. It helps maintain system stability and supports rapid charge-discharge cycles.
• 2. Uninterruptible Power Supply (UPS) Cabinets: In server rooms, data centers, and telecom base stations, this cable serves as a key internal connection for backup battery modules, offering reliable operation in case of grid failure or voltage fluctuation.
• 3. Telecommunication Infrastructure: Used within equipment cabinets at base stations and signal relay points, the cable supports continuous power delivery and minimizes the risk of connection failures in remote or harsh environments.
• 4 . Solar Power Systems: Suitable for DC-side wiring in solar inverter cabinets and battery units, providing safe and durable performance in residential, commercial, or off-grid installations.
• 5. Industrial Control Panels: Applied in automation control cabinets and heavy machinery systems where large currents and secure terminals are required. It is often used to connect battery packs, control modules, and distribution terminals.