| 项目名称 | 施耐德100kW电阻交流负载箱产品案例研究（40台部署） |
| 客户名称 | 最终客户——印度数据中心运营商 |
| 项目地点 | India |
| 应用行业 | 数据中心 |
| 项目日期 | 2025.03 |
| 测试对象 | 电力系统测试 |
| 测试目的 | 凭借卓越的性能与可靠性，为各类电力系统测试提供高效解决方案。 |
| 供货设备 | 施耐德 A100L 100kW 电阻负载箱 |
核心功能与优势
施耐德电气100kW电阻交流负载箱凭借众多核心功能与显著优势，在同类产品中脱颖而出：
1. 精准负载控制：支持1kW精细步进加载，并提供多种负载步进组合（1+2+2+5+10+10+20+50 kW），使测试人员能够精确调节负载，满足复杂测试场景的需求，对于验证电力设备的稳定性与响应能力至关重要。
2. 强大的测试容量：单台可提供100kW阻性负载。通过多台组合部署（如本案例中的40台），可轻松实现兆瓦级（40 x 100kW = 4MW）超高功率测试，满足大型数据中心、发电厂或工业设施的测试需求。
3. 灵活的控制系统：提供多种控制方式，包括手动按钮、Nexus-1软件远程PC控制以及Load Master Remote™手持设备，极大提升了操作的便捷性与灵活性，用户可根据实际需求选择最合适的控制方式。
4. 高效散热与安全保护：采用强制风冷和水平风道设计，确保长时间高负载运行时的稳定散热。同时内置多重安全保护功能，包括：
● Thermal Emergency Shutdown: Prevents equipment damage due to overheating.
● Airflow Switch: Detects fan operation status to ensure proper cooling.
● Fan Overload Protection: Prevents fan damage due to abnormal overload conditions.
● Emergency Stop Button: Quickly cuts off power in emergencies, ensuring the safety of operators and equipment.
5. 出色的便携性与可堆叠设计：配备4个带刹车的万向轮，便于设备的移动与定位。可堆叠设计有效节省测试现场空间，尤其适用于多台同时部署的场景。
负载箱技术规格
设备型号：Schneider 100kW Resistive Load Bank
| 主要电气参数 | |
| 型号 | A100L |
| 最大容量 | 100kW |
| 负载步进 | 1+2+2+5+10+10+20+50 kW |
| 负载步进分辨率 | 1kW |
| 测试电压 | 400Vac |
| 频率 | 50Hz |
| 相数 | 三相 |
| 接线（星形连接） | 4 线 |
| 电压容差（短期运行） | ±5% |
| 负载元件容差 | ±5% |
| 绝缘测试 | 500Vac |
| 负载连接 | 200A Cam lock quick connector |
| 控制方式 | 手动控制：按钮操作；PLC控制：Nexus-1软件远程PC控制；手持设备：LoadMaster Remote™ |
| 冷却方式 | 强制风冷 |
| 风向 | 水平 |
| 风量（约） | 995 Cubic Meters/Minute |
| 最高环境运行温度 | +40°C / +104°F |
| 最低环境运行温度 | -20°C / -4°F |
| 海拔等级 | <20m [m.a.s.l.] |
| 控制柜防护等级 | IP 23 |
| 便携性 | 4 universal wheels with brake |
| 可堆叠 | 是 |
应用场景
部署40台施耐德电气100kW电阻交流负载箱，意味着可提供高达4MW的总测试容量，是以下大规模应用场景的理想解决方案：
(1)大型数据中心基础设施测试：
● Full-Load Testing of Backup Generator Sets: Data centers typically have multiple high-power backup generator sets. 40 load banks can simulate the power demand of a data center operating at full load, conducting comprehensive, long-duration load tests on generator sets to verify their reliable startup, grid synchronization, and continuous power supply capabilities during main power failures.
● UPS System Capacity Verification: Conduct discharge tests on large Uninterruptible Power Supply (UPS) systems to evaluate the endurance of their battery banks and the stability of inverter output, ensuring stable power supply to critical equipment during utility outages.
● Power Distribution System Commissioning: During the initial construction or expansion of data centers, used for commissioning and verifying the load-bearing capacity and stability of high/low voltage distribution cabinets, bus ducts, PDUs, and other power distribution equipment.
(2)电厂与电网系统调试：
● Generator Set Grid Synchronization Testing: In small power plants or distributed energy projects, used to simulate grid load and perform various performance tests on newly installed or overhauled generator sets before grid synchronization, ensuring stable output and compatibility with the grid.
● Substation Equipment Testing: Conduct load tests on transformers, switch gear, and other equipment to verify their operating characteristics and protection functions under different load conditions.
(3)工业生产流水线电力系统验证：
● Power Supply Testing for Large Industrial Equipment: In industries such as automotive manufacturing and heavy industry, conduct simulated load tests on power supply systems for large production equipment to ensure their stability and reliability under extreme operating conditions.
● Factory Power System Upgrade and Renovation: After upgrading and renovating factory power systems, used for comprehensive testing of the new system's load-bearing capacity and stability, preventing production interruptions due to power issues.
项目进度
2025年3月：现场测试第二周，瑞泰技术工程师与生产人员驻场支持。
结论
施耐德电气100kW电阻交流负载箱凭借卓越的性能、灵活的控制、全面的安全保护与出色的便携性，为大规模电力系统测试提供了可靠高效的解决方案。通过部署40台该设备，用户可轻松满足兆瓦级测试需求，保障关键电力基础设施的稳定运行与可靠性，从而有效降低运行风险、提升整体系统性能。这不仅彰显了施耐德电气在电力测试领域的专业实力，也为客户带来了显著的经济效益与运行保障。
