BEV内部布线：山特维克/安百拓电动铲运机用高压橙色屏蔽电缆
BEV Wiring: High-Voltage Orange Shielded Cables for Sandvik & Epiroc Electric Loaders BEV内部布线：山特维克/安百拓电动铲运机用高压橙色屏蔽电缆
A professional analysis of shielded high-voltage cable requirements for the internal wiring of battery-electric underground mining loaders — covering conductor design, EMC shielding, insulation systems, and the applicable international standards.
1. Why Orange? The HV Safety Color Standard 为什么是橙色？高压安全色标准
The distinctive bright orange color of high-voltage cables in electric vehicles is not merely aesthetic — it is a critical safety identification requirement mandated by international standards. SAE J1673 and related standards specify that all conductors and cable assemblies operating at voltages above 60 V DC (or 30 V AC) in electric and hybrid vehicles must be sheathed in orange insulation or jacketing. This high-visibility color serves as an immediate visual warning to technicians, emergency responders (firefighters, paramedics), and maintenance personnel that the cable carries lethal voltage levels. In the underground mining context, where cable damage from rock fall, equipment collision, or abrasion is a real hazard, the orange identification becomes doubly important for preventing accidental contact with live conductors.
（电动车辆中高压电缆的显眼橙色不仅仅是美观——它是国际标准强制要求的关键安全标识。SAE J1673及相关标准规定，电动和混合动力车辆中所有工作电压超过60 V DC的导体和电缆组件必须使用橙色绝缘或护套。橙色在井下采矿环境中尤为重要，可防止人员意外接触带电导体。）
2. BEV Mining Loaders: Sandvik & Epiroc Fleet Overview 电动矿用铲运机：山特维克与安百拓车队概览
The two dominant OEMs in underground battery-electric loaders are Sandvik Mining and Rock Solutions and Epiroc. Both companies have developed purpose-built BEV platforms — not diesel-to-electric conversions — specifically engineered for the extreme conditions of underground hard-rock mining. These loaders operate at system voltages ranging from approximately 400 V to over 800 V DC, with battery packs from 90 kWh up to approximately 600 kWh, and drivetrain power outputs reaching 660 kW peak. Every HV conductor within these machines — from the battery pack to the traction motors, from the inverter to the auxiliary drive and the onboard charger — must be a shielded, orange-jacketed cable designed for the specific electrical, thermal, and mechanical demands of underground mining.
（井下电动铲运机的两大主要OEM是山特维克和安百拓。两家公司均开发了专用BEV平台，系统电压范围约400 V至800 V以上DC，电池组容量从90 kWh到约600 kWh，驱动系统峰值功率可达660 kW。这些机器内部的每根高压导体都必须是屏蔽的橙色护套电缆。）
| Model 型号 | OEM | Payload 载重 | Drivetrain Power 驱动功率 | Battery 电池 | Key Feature 关键特性 |
|---|---|---|---|---|---|
| Toro™ LH518iB山特维克 | Sandvik | 18 t | 540 kW (cont.) / 660 kW (peak) | LFP; AutoSwap, ~3 min swap | 3rd-gen BEV; AutoMine ready; 450 kN tractive effort |
| Toro™ LH514iE山特维克 | Sandvik | 14 t | Cable-electric (mine grid) | N/A (tethered + optional battery boost) | Cable-electric; AutoMine capable; IE4 motor |
| Toro™ LH625iE山特维克 | Sandvik | 25 t | Cable-electric; IE4 motor | N/A (tethered) | Industry’s largest cable-electric loader; 10 m³ bucket |
| Scooptram ST18 SG安百拓 | Epiroc | 18 t | 2×200 kW traction + 160 kW aux = 560 kW | High-energy density; 50%+ higher autonomy vs. competitors | 2nd-gen BEV drivetrain; ABB 400 VAC motors; liquid-cooled |
| Scooptram ST14 SG安百拓 | Epiroc | 14 t | 2nd-gen BEV drivetrain | Scalable modular battery; CCS charging | Proven BEV platform; 6th Sense automation ready |
| Scooptram ST10 G安百拓 | Epiroc | 10 t | BEV drivetrain | 270 kWh; up to 4 h drive time; CCS interface | Smaller drift sizes (3.5×3.5 m); battery swap or opportunity charge |
| Scooptram ST7 Battery安百拓 | Epiroc | 7 t | 1st-gen BEV | Scalable modular | First fully automated BEV loader in industry |
Sandvik’s Toro LH518iB delivers 540 kW of continuous electric drivetrain power with 6,000 Nm of total torque output and 450 kN tractive effort, using Lithium Iron Phosphate (LFP) battery chemistry for underground safety. The patented AutoSwap system allows battery changes in approximately three minutes without overhead cranes. Epiroc’s Scooptram ST18 SG uses ABB liquid-cooled traction motors rated at 2×200 kW with a nominal voltage of 400 VAC, plus a 160 kW auxiliary motor at 400 VAC, all built with IP65 protection. Both platforms use regenerative braking to recover energy during downhill haulage.
（山特维克Toro LH518iB提供540 kW持续电力驱动功率，总扭矩6,000 Nm。安百拓Scooptram ST18 SG使用ABB液冷牵引电机，额定2×200 kW，标称电压400 VAC，配备160 kW辅助电机。两个平台均使用再生制动回收能量。）
3. High-Voltage Architecture in BEV Loaders BEV铲运机高压系统架构
The high-voltage wiring harness inside a battery-electric mining loader interconnects several critical subsystems. Every cable run within this architecture operates at voltages exceeding 60 V DC and therefore must use orange-identified, shielded conductors. The primary HV cable routes include the connections from the battery pack to the main DC bus, from the DC bus to the traction inverter(s), from each inverter to the traction motor(s), from the DC bus to the auxiliary inverter and hydraulic pump motor, from the DC bus to the onboard charger or charge inlet, and from the battery management system (BMS) to the HV distribution unit. Additionally, HV interlock loops run throughout the system for safety disconnection.
（电动矿用铲运机内部的高压线束连接多个关键子系统。该架构中的每条电缆线路工作电压均超过60 V DC，因此必须使用橙色标识的屏蔽导体。主要的高压电缆线路包括电池组到主直流母线、直流母线到牵引逆变器、逆变器到牵引电机、直流母线到辅助液压泵电机、直流母线到车载充电器等。）
| Cable Route 电缆线路 | Typical Voltage 典型电压 | Typical Current 典型电流 | Cable Type 电缆类型 |
|---|---|---|---|
| Battery → DC Bus电池→直流母线 | 400–800 V DC | 300–800 A (peak) | Single-core shielded, 70–120 mm² |
| DC Bus → Traction Inverter直流母线→牵引逆变器 | 400–800 V DC | 200–600 A | Single-core or twin-core shielded, 50–95 mm² |
| Inverter → Traction Motor (3-phase)逆变器→牵引电机（三相） | 400 VAC (Epiroc ST18 SG) | 200–500 A per phase | 3-core shielded, 35–70 mm² per core |
| DC Bus → Auxiliary Inverter直流母线→辅助逆变器 | 400–800 V DC | 100–300 A | Single-core shielded, 25–50 mm² |
| Charge Inlet → Onboard Charger充电接口→车载充电器 | 400–1000 V DC (CCS) | 100–500 A | Shielded, per IEC 62893 |
| HV Interlock Loop高压互锁回路 | Low-voltage signal | <1 A | Shielded signal cable within HV harness |
| DC-DC Converter (HV → 24 V)直流变换器 | 400–800 V DC → 24 V DC | 50–150 A (HV side) | Single-core shielded, 16–25 mm² |
Sandvik’s battery module design emphasizes a “touch and tool safe” philosophy — no exposed live conductors and no voltage above 40 V accessible externally — achieved through foam potting, laser-welded aluminum housings, and pressure vents. The internal wiring connecting the battery cells to the external HV connectors must therefore be especially carefully designed for both electrical safety and thermal management within the sealed, potted enclosure.
（山特维克的电池模块设计强调”触摸和工具安全”理念——无外露带电导体，外部可接触电压不超过40 V——通过泡沫灌封、激光焊接铝壳和泄压阀实现。）
4. Cable Construction: Conductor, Insulation & Shielding 电缆结构：导体、绝缘与屏蔽
4.1 Conductor Design 导体设计
High-voltage cables for BEV mining loaders use fine-stranded, high-purity copper conductors (Class 5 or Class 6 per IEC 60228) to achieve the combination of high current-carrying capacity and mechanical flexibility essential for vehicle installation. Flexibility is critical because cable routes within a loader must navigate tight bends around the articulation joint, through ROPS/FOPS certified cab structures, and around hydraulic lines. The ISO 19642 standard (successor to the earlier ISO 6722 for ≤600 V and ISO 14572 for multi-core cables) defines conductor classes with specific strand diameter, strand count, and maximum resistance values for automotive high-voltage cables. For mining BEV loaders operating at system voltages up to 800 V+, conductor cross-sections typically range from 25 mm² for auxiliary circuits up to 120 mm² for the main battery-to-inverter trunk lines. The German automotive standard LV 216 further specifies conductor construction for HV cables up to 600 V, and SAE J2840 extends coverage for shielded cables at higher voltages.
（BEV矿用铲运机的高压电缆使用细绞合高纯铜导体（IEC 60228的5类或6类），以实现大电流承载能力和机械柔韧性的结合。ISO 19642标准定义了汽车高压电缆的导体类别。导体截面积从辅助电路的25 mm²到主电池-逆变器干线的120 mm²不等。）
4.2 Insulation System 绝缘系统
The insulation system for BEV HV cables is a multi-layer assembly designed to provide electrical isolation, thermal resistance, mechanical protection, and chemical resistance simultaneously. The primary insulation directly surrounding the conductor is typically cross-linked polyethylene (XLPE) or silicone rubber for high-temperature zones, or thermoplastic elastomers (TPE) for general routing. Above the primary insulation, a semiconductive layer may be applied for uniform electric field distribution at higher voltages. The outer jacket (sheath) is invariably orange and is most commonly thermoplastic polyurethane (TPU) for its excellent combination of abrasion resistance, oil resistance, UV stability, and low-temperature flexibility — all essential properties for an underground mining environment where cables encounter hydraulic oil, rock dust, water spray, and extreme temperature cycling.
（BEV高压电缆的绝缘系统是多层组件，提供电气隔离、耐热性、机械保护和耐化学性。外护套（护层）始终为橙色，最常用热塑性聚氨酯（TPU），因其在井下矿山环境中具有出色的耐磨、耐油、耐紫外线和低温柔韧性。）
| Layer 层 | Material 材料 | Temperature 温度范围 | Function 功能 |
|---|---|---|---|
| Primary Insulation主绝缘 | XLPE / Silicone Rubber / TPE | -40°C to +150°C (silicone: +200°C) | Electrical isolation; dielectric strength ≥20 kV/mm |
| Semiconductive Layer半导电层 | Carbon-loaded polymer | Matched to insulation | Uniform E-field distribution; partial discharge suppression |
| Shield Wrap屏蔽包覆 | Non-woven tape (separating layer) | N/A | Facilitates sheath stripping; protects braid |
| EMC ShieldEMC屏蔽 | Tinned copper braid ± Al/PET foil | N/A | EMI/RFI containment; ≥90% optical coverage |
| Outer Jacket (Orange)外护套（橙色） | TPU (preferred) / TPE / PVC | -40°C to +125°C | Mechanical protection; HV identification; abrasion/oil resistance |
4.3 Voltage Rating 额定电压
The current generation of BEV mining loaders generally operates at system voltages in the 400–800 V DC range. The Epiroc Scooptram ST18 SG’s ABB traction motors are rated at a nominal 400 VAC, implying a DC bus voltage of approximately 540–750 V DC. Cable insulation must be rated for the maximum system voltage plus an appropriate safety margin, with standard test voltages of 2.5 kV to 5 kV AC applied during routine production testing. The ISO 19642 standard series covers cables rated up to 1,000 V, and SAE J1654 (now revised for unshielded HV cable up to 1,000 V) and SAE J2840 (for shielded cables) define the relevant North American requirements. The automotive industry is also developing ISO 17195 to standardize cables at voltages above 600 V specifically.
（当前一代BEV矿用铲运机的系统电压通常在400–800 V DC范围内。安百拓ST18 SG的ABB牵引电机额定400 VAC。电缆绝缘必须额定最大系统电压加适当安全裕度。ISO 19642标准系列涵盖额定电压至1,000 V的电缆。）
5. EMC Shielding Requirements & Design EMC屏蔽要求与设计
Electromagnetic compatibility (EMC) is one of the most technically demanding aspects of HV cable design in BEV mining loaders. The traction inverters use high-frequency pulse-width modulation (PWM) to generate the three-phase AC waveform for the drive motors. These fast-switching events (typically at 8–20 kHz, with rise times of tens of nanoseconds) generate significant high-frequency electromagnetic interference (EMI) that radiates from the HV cables acting as antennas. Without adequate shielding, this radiated EMI can corrupt the operation of safety-critical control systems, communication buses (CAN, Ethernet), proximity detection sensors, and collision avoidance systems (CAS) used in automated mining operations. In Sandvik’s AutoMine and Epiroc’s 6th Sense automated systems, reliable EMC performance is not optional — it is essential for operational safety.
（电磁兼容性（EMC）是BEV矿用铲运机高压电缆设计中技术要求最高的方面之一。牵引逆变器使用高频脉宽调制（PWM）产生三相交流波形，这些快速开关事件会产生显著的高频电磁干扰（EMI）。在山特维克AutoMine和安百拓6th Sense自动化系统中，可靠的EMC性能对运行安全至关重要。）
| Shield Type 屏蔽类型 | Construction 结构 | Coverage 覆盖率 | Shielding Effectiveness 屏蔽效果 | Flexibility 柔韧性 |
|---|---|---|---|---|
| Copper Braid铜编织 | Tinned copper wires, braided | ≥85–95% | Good at low–mid frequency; good grounding | Good (fine wire improves flexibility) |
| Al/PET Foil + Drain铝塑膜+排流线 | Aluminum-laminated polyester tape with drain wire | 100% (longitudinal) | Excellent at high frequency; poor grounding via drain only | Excellent |
| Braid + Foil (Combination)编织+膜（组合） | Al/PET foil inner layer + copper braid outer | 100% foil + 85–95% braid | Best overall: broadband effectiveness | Good |
| Spiral (Serve) Shield绕包屏蔽 | Copper wires wound helically | ~80–90% | Moderate; gaps at spiral overlaps reduce HF effectiveness | Excellent (most flexible) |
For BEV mining loaders, the combination shield (aluminum/PET foil + tinned copper braid) is the preferred solution for the main traction cable runs, as it provides broadband EMI shielding across both the low-frequency PWM fundamental harmonics and the high-frequency switching transients. The LV 216 standard used by German OEMs (VW, BMW, Daimler, Audi, Porsche) requires copper braid shields with a minimum optical coverage of 90% and specifies transfer impedance limits that effectively define the shield quality. For underground mining applications, the shield must additionally withstand mechanical stress from rock abrasion, repeated flexing at the articulation joint, and potential crush events.
（对于BEV矿用铲运机，组合屏蔽（铝/PET膜+镀锡铜编织）是主牵引电缆线路的首选方案。LV 216标准要求铜编织屏蔽层的最小光学覆盖率为90%。在井下采矿应用中，屏蔽层还必须承受岩石磨损、铰接处反复弯曲和潜在挤压事件的机械应力。）
（屏蔽接地与屏蔽结构同样关键。高压电缆屏蔽层必须在两端使用EMC额定反壳或压接套管实现360°圆周接触。尾纤接地连接会在10 MHz以上频率降低屏蔽效果20–40 dB。）
6. Mechanical & Environmental Durability 机械与环境耐久性
Underground mining is among the most demanding environments for cable performance. The HV cables inside Sandvik and Epiroc loaders must endure continuous mechanical vibration (loaders operate on uneven rock surfaces at up to 30 km/h), thermal cycling from -30°C to +55°C or higher near motor housings, exposure to water spray and pooled water (IP-rated connectors are used), abrasion from rock dust and sharp surfaces, hydraulic oil and diesel fuel exposure, and repeated flexing at the loader’s articulation joint (which can rotate ±40° during normal operation). The cable jacket (orange TPU) must meet abrasion resistance testing per ISO 6722 / ISO 19642, while the entire cable assembly typically needs to demonstrate a minimum of 100,000 flex cycles without failure for articulation-zone installations.
（井下采矿是电缆性能要求最苛刻的环境之一。高压电缆必须承受持续机械振动、-30°C至+55°C温度循环、水喷溅、岩石粉尘磨损、液压油接触以及铰接处反复弯曲。橙色TPU护套必须满足ISO 6722/ISO 19642的耐磨测试。）
| Parameter 参数 | Requirement 要求 | Test Standard 测试标准 |
|---|---|---|
| Operating Temperature工作温度 | -40°C to +150°C (conductor); -40°C to +125°C (jacket) | ISO 6722, ISO 19642 |
| Long-Term Aging长期老化 | 3,000 h minimum; up to 12,000 h for HV applications | ISO 6722, ISO 19642 |
| Abrasion Resistance耐磨性 | Scrape test per standard; TPU significantly outperforms PVC | ISO 6722-1 |
| Chemical Resistance耐化学性 | Hydraulic oil, diesel, coolant, battery acid, cleaning agents | ISO 6722, LV 112 |
| Flexing Endurance弯曲耐久性 | ≥100,000 cycles at minimum bend radius (typically 6–8× OD) | ISO 19642, OEM-specific |
| Water Ingress防水 | Connector: IP67/IP6K9K; cable jacket: water-resistant per immersion test | IEC 60529, ISO 20653 |
| Flame Retardancy阻燃性 | Self-extinguishing; limited flame propagation | ISO 6722 (flame test), IEC 60332 |
| Crush / Impact耐压/冲击 | Must withstand rock fall and equipment contact without insulation breach | ISO 19642, AS/NZS 1802 (mining) |
7. Applicable Standards & Certifications 适用标准与认证
| Standard 标准 | Scope 范围 | Relevance 相关性 |
|---|---|---|
| ISO 19642（系列） | Road vehicles — Automotive cables (successor to ISO 6722 + ISO 14572) | Primary international standard for HV automotive cables, covering conductor, insulation, shielding, and testing |
| ISO 6722-1 / -2 | 60 V and 600 V class single-core cables | Foundation standard for conductor stranding, insulation, and aging tests |
| ISO 17195 | HV cables >600 V (in development) | Future standard for next-gen BEV platforms at 800 V+ |
| LV 216-1 / -2 | German OEM procurement spec: HV shielded cables ≤600 V | De facto industry standard for automotive HV cable design, widely referenced by Tier 1 suppliers |
| SAE J1654 | Unshielded HV primary cable up to 1,000 V | North American baseline for HV cable performance |
| SAE J2840 | Shielded HV cable (in development) | Dedicated standard for shielded orange cables |
| SAE J1673 | HV wiring harness design considerations for EVs | Defines the orange color requirement for HV identification; harness design practices |
| IEC 60228 | Conductors of insulated cables (flexibility classes) | Class 5/6 flexible conductor specifications used in all HV automotive cables |
| IEC 62893 | Charging cables for EVs | Applicable to the charge inlet cable connecting the loader to charging infrastructure |
| ISO 6469-3 | Electrically propelled vehicles — Safety: protection against electric shock | Defines HV safety requirements including orange identification, insulation monitoring, and interlock systems |
| ISO 15118 | Vehicle-to-grid communication | Communication protocol for CCS charging interface (Epiroc uses CCS standard) |
| CISPR 25 | Vehicle EMC — Radio disturbance limits and measurement | Defines radiated and conducted emission limits that drive shielding requirements |
| AS/NZS 1802 | Electric cables — Reeling and trailing (mining) | Australian/NZ standard for mining cable mechanical and electrical requirements |
8. Sandvik vs. Epiroc: Cable Specification Comparison 山特维克与安百拓：电缆规格对比
While both OEMs treat their exact internal cable specifications as proprietary, the following comparison is derived from publicly available technical specifications, drivetrain parameters, and industry standard requirements applicable to their respective BEV platforms.
| Parameter 参数 | Sandvik Toro LH518iB | Epiroc Scooptram ST18 SG |
|---|---|---|
| System Voltage (DC bus)系统电压 | Estimated 600–800 V DC (LFP pack) | Estimated 540–750 V DC (400 VAC motor nominal) |
| Peak Drivetrain Power峰值驱动功率 | 660 kW | 560 kW (2×200 kW + 160 kW) |
| Peak Current (battery cable)峰值电流（电池电缆） | Estimated 800–1,100 A | Estimated 750–1,000 A |
| Traction Motor牵引电机 | Proprietary (Artisan driveline) | ABB, IP65, 2×200 kW, 400 VAC, liquid-cooled |
| Battery Chemistry电池化学 | LFP (Lithium Iron Phosphate) | High-energy density (chemistry not publicly specified) |
| Battery Swap电池更换 | AutoSwap (~3 min); AutoConnect from cabin | Battery swap or onboard CCS opportunity charging |
| Main Cable Cross-Section (est.)主电缆截面积 | 95–120 mm² (battery to inverter) | 70–120 mm² (battery to inverter) |
| 3-Phase Motor Cable (est.)三相电机电缆 | 3× 35–70 mm² per motor | 3× 35–70 mm² per motor |
| Shield Type屏蔽类型 | Tinned copper braid + Al/PET foil (combination) | Tinned copper braid + Al/PET foil (combination) |
| Jacket Color / Material护套颜色/材料 | Orange TPU | Orange TPU |
| Operating Temp. Range工作温度范围 | -30°C to +55°C (ambient); cable rated higher | -30°C to +55°C (ambient); cable rated higher |
| Automation System自动化系统 | AutoMine (requires robust EMC) | 6th Sense / RCS (requires robust EMC) |
（以上截面积和电流值是基于公开的驱动功率、系统电压和电机规格的工程估算。安徽飞纯特种电缆可根据具体OEM要求按图纸或规格生产电缆。）
9. Anhui Feichun Cable Solutions 安徽飞纯电缆解决方案
Anhui Feichun Special Cable Co., Ltd. (安徽飞纯特种电缆有限公司) is a professional manufacturer of special-purpose cables for new energy and electric vehicle applications, including high-voltage orange shielded cables designed for the internal wiring of battery-electric mining equipment. Feichun’s product range covers single-core and multi-core HV shielded cables in cross-sections from 2.5 mm² to 120 mm² and beyond, with conductor classes meeting IEC 60228 Class 5/6, insulation systems in XLPE, silicone rubber, and TPE, and shielding options including tinned copper braid, Al/PET foil, and combination constructions. All cables feature the mandatory orange outer jacket in TPU or TPE, designed for the demanding conditions of underground mining. Feichun offers full customization capabilities including conductor cross-section optimization, bespoke insulation wall thickness, custom shielding configurations, cable length and termination to match OEM harness drawings, and compliance testing per ISO 19642, LV 216, or customer-specified standards.
（安徽飞纯特种电缆有限公司是新能源和电动车辆特种电缆的专业制造商，产品范围涵盖2.5 mm²至120 mm²以上的单芯和多芯高压屏蔽电缆，绝缘系统采用XLPE、硅橡胶和TPE，屏蔽选项包括镀锡铜编织、铝/PET膜和组合结构。所有电缆均采用强制性橙色外护套。飞纯提供全面定制能力。）
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欢迎就BEV矿用高压橙色屏蔽电缆技术方案咨询飞纯特种电缆10. References 参考文献
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https://www.rocktechnology.sandvik/en/products/underground-loaders-and-trucks/electric-underground-lhds/lh518b-battery-electric-loader/ -
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https://www.rocktechnology.sandvik/en/products/equipment/loaders/toro-lh514ie/ -
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https://www.mining.sandvik/globalassets/products/…/battery-module-specification-sheet-english.pdf -
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https://www.epiroc.com/en-us/products/loaders-and-trucks/electric-loaders/scooptram-st18-battery -
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https://www.epiroc.com/content/…/Scooptram%20ST18%20SG%20Technical%20Specification.pdf -
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https://im-mining.com/2023/03/27/epiroc-equips-18-t-scooptram-st18-sg/ -
International Mining, “Epiroc launches Scooptram ST10 G battery-electric underground loader,” January 2025.
https://im-mining.com/2025/01/09/epiroc-launches-scooptram-st10-g/ -
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https://im-mining.com/2023/11/09/sandviks-toro-lh514e-cable-electric-loader/ -
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https://www.oemoffhighway.com/…/sandvik-launches-electrification-minexpo-2021 -
Epiroc Group, “Epiroc wins large order for battery-electric vehicles for Canadian gold and copper mine,” March 2025.
https://www.epirocgroup.com/…/epiroc-wins-large-order-bev-canadian-mine -
SAE International, “SAE J1654: Unshielded High Voltage Primary Cable,” Revised 2021.
https://www.sae.org/standards/content/j1654_202107/ -
Champ Cable Corporation, “Evolution of ISO High Voltage Copper Cable Standards for Road Vehicles,” White Paper, 2019.
https://www.champcable.com/…/Evolution-of-Vehicle-HV-Cable-Standards-FNL.pdf -
KMCABLE, “Automotive High Voltage Cable Standards — ISO 6722, ISO 19642, LV 216-2,” 2025.
https://kmcablegroup.com/news/automotive-high-voltage-cable-standards/ -
OMG EV Cable, “Standardization Status of Electric Vehicle Cables,” 2024.
https://www.omgevcable.com/mtbd/331.html -
HooHa Wire Cable, “Electric Vehicle Wiring Harness Standard — ISO 6722, SAE J1654, LV 216,” 2024.
https://www.hoohawirecable.com/…/Electric-vehicle-wiring-harness-standard.html -
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https://www.australianmining.com.au/epiroc-the-battery-electric-trailblazers/ -
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https://issuu.com/sandvikmining/docs/sg1-21_mas/s/12355469
