| Designed specifically for new energy storage systems, its core purpose is to act as a protective ground wire to ensure equipment grounding and conduction, quickly releasing leakage current from energy storage battery packs, PCS converters, energy storage cabinets, and other equipment, preventing electric shock accidents and equipment damage, and ensuring the safety of personnel and property. |
Designed specifically for new energy storage systems, its core purpose is to act as a protective ground wire to ensure equipment grounding and conduction, quickly releasing leakage current from energy storage battery packs, PCS converters, energy storage cabinets, and other equipment, preventing electric shock accidents and equipment damage, and ensuring the safety of personnel and property. It is suitable for energy storage power stations, energy storage containers, home energy storage devices, and integrated photovoltaic-energy storage systems. The wiring harness uses high-conductivity copper conductors and flame-retardant, voltage-resistant sheaths, along with anti-derailment terminals and matching fixing accessories. It features low grounding resistance, convenient installation, and can withstand complex operating conditions such as high and low temperatures, vibration, and humidity in energy storage environments, making it a key component for the safety protection of energy storage systems.
| Customization Dimension | Optional Parameter Range | Description |
|---|---|---|
| Conductor Specification Customization | 1.5mm²~100mm² (Bare Copper / Tinned Copper / Silver-plated Copper) | 1.5~4mm² for low-power energy storage equipment (<10kW); 16~100mm² recommended for high-power energy storage stations (>100kW) to ensure current-carrying capacity |
| Cable Length Customization | 0.5m~50m (Supports multi-branch grounding layout) | Length <0.5m requires enhanced terminal fixation; Conductor specification upsizing recommended for length >20m to avoid increased grounding resistance |
| Sheath Material Customization | PVC (Standard) / XLPE (High-temperature Resistant) / Silicone (Low-temperature Resistant) / PTFE (Corrosion Resistant) | XLPE (125℃ temperature resistance) for outdoor high-temperature scenarios; Silicone for low-temperature environments (<-40℃); PTFE for chemical industry energy storage applications |
| Terminal & Connector Customization | Ring / Crimp / Quick-Connect Terminal; Waterproof / Explosion-proof Connector | Anti-loose ring terminals for vibrating environments; Explosion-proof connectors for high-voltage energy storage systems (>1500V); Quick-connect terminals for bulk installation |
| Protection Level Customization | IP65 (Standard) / IP67 (Outdoor Moisture-proof) / IP68 (Underwater Scenarios) | IP67~IP68 for outdoor open-air energy storage equipment; IP65 sufficient for indoor cabinet-mounted scenarios |
| Function Extension Customization | Add Ground Detection Terminal / Identification Nameplate / Fixing Bracket | Detection terminal position and nameplate information (e.g., “PE Ground” / “Withstand Voltage 2000V”) to be specified; Fixing brackets compatible with energy storage cabinet mounting holes |
| Marking Customization | Custom Equipment Number / Voltage Level / Safety Warning Marking | Free laser marking for bulk orders (≥30 sets) with labels such as “Protective Earth Wire” / “High Voltage Danger” to facilitate installation, maintenance and compliance inspection |
| Packaging Customization | Individual Packaging per Cable / Bulk Moisture-Proof Packaging / Anti-Static Packaging | Standard delivery with individual packaging; Moisture-proof/anti-static packaging optional for export or precision energy storage equipment supporting scenarios to prevent sheath damage during transportation |
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