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The image shows a power distribution system with a focus on predictive maintenance.
实际应用

配电系统预测性维护

供电系统的自动化监测与预测性维护可助力食品饮料行业客户提升运营效率、避免故障与停机。我们的解决方案可有效减少人力投入并提升系统可靠性。

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Professionals working in an office with monitors and equipment in the background.

挑战

避免停机和保持稳定的电力供应是食品和饮料行业的首要任务,这样才能最大限度地提高生产效率。然而,人工检查变压器和电缆虽然耗时却可靠性很低。

解决方案

更优解决方案:使用具有通信功能的设备,通过软件将设备状态和运行状况可靠地上报至上级系统,从而预防故障并提升可用性。

监控配电系统

为挖掘优化潜力、提升设备可用性、节约运营成本并优化维护计划,需要自动监测现场设备状态。我们的预测性维护解决方案:

  • 通过保护、开关、测量及监控设备实现数据数字化与传输
  • 支持基于云端的能源与状态数据实时分析
  • 将数据转发至 SCADA、楼宇管理或 ERP 等上级系统
A laptop screen displaying a software interface for predictive maintenance in power distribution.
一个展示配电系统预测性维护的图标。

无缝监测

远程访问并监控资产实时数据与关键绩效指标,可覆盖单个或多个变电站。

一种带秒表图标的配电系统,代表预测性维护。

减少停机时间

从被动响应转向主动预防,实现智能化、长周期的维护工作规划

一个放大镜放在带有配电线路的图表上方,代表预测性维护。

Flexible installation

Thanks to prefabricated modules, the solution is easy to install, supports third-party devices and can be used both locally and with a cloud.

CASE STUDY

Sustainable electrification of a new bottling facility

 Brewery Veltins 8DJH blue GIS

C. & A. Veltins, Grevenstein - Germany

Results:

Siemens’ sustainable, digitalized power distribution solution helped Veltins achieve:

  • Sustainable and digital medium‑voltage switchgear using Clean Air, an F-gas-free insulating medium.
  • Reliable and future-ready low‑voltage power switchboard and busbar trunking systems with digitalized low-voltage technology.
  • Higher safety, efficiency, and operational transparency through digital measurement and communication.
  • Reduced environmental impact while ensuring stable and secure energy supply for production operations.