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可靠性真正的含义并非业内目前竭力实现的避免持续停电这么简单。未来电网不仅要解决停电时间数小时的长时间停电，也要解决停电时间仅几秒钟的短暂停电。我们需要对短暂停电引起重视，因为它不仅会带来不便，还可能会造成严重后果。
自成立之初，施恩禧一直始终坚持把提高供电可靠性作为重点工作来抓。在我们开展业务的100多年中，我们开发的每项技术以及我们提供的每一项服务都致力于提供完美的电力。
无论电网以后怎么变化，可靠性都绝对不会降低。凭借独有的专业知识，我们能够实施持久的解决方案，并根据您最新的需求加以创新。我们自始至终铭记提供优质电力的责任，让提供的电力值得每个人真正信赖。
概况速览
影响
如果不把实现更高可靠性作为重点工作来抓，您的企业不免会遭受影响，而且也会妨碍您让现有电网变成满足您需求的电网。
解决方案
案例研究
施恩禧解决方案帮助提供可靠电力服务的案例：
观看我们产品的实际表现，了解它们是如何提高可靠性的。
- 电网可靠性及其对客户满意度的影响(Grid Reliability and Its Impact on Customer Satisfaction)
- 重新评估CAIDI的相关性：它符合现代化可靠性预期吗？(Reevaluating CAIDI's Relevance: Does it Measure Up to Modern Reliability Expectations?)
- DistribuTECH 2018展会看点：微电网的未来(DistribuTECH Takeaways: The Future of Microgrids)
- 备用电源：忘记了恢复能力相关的成本？ (Backup Power: A Forgotten Cost of Resilience?)
- 智能电网，更强大的电网(A Smart Grid is a Strong Grid)
- 恼人的瞬间停电事故越来越多(The Increasingly Persistent Problem of Momentary Outages)
- 终于发现了放射性停电背后的秘密(At Last, the Secret to Radial Outages)
- “DA孤岛效应”：专用通信保障更快的自愈型停电修复(‘DA Islanding': Dedicated Communications for Faster Self-Healing Outage Repair)
- 澳大利亚对成本的关注是否忽略了今天的可靠性要求？(Is Australia's Focus on Cost Dismissing Today's Reliability Demands?)
- 恢复能力实现货币化的方式（和困难）(The Art (and Difficulty) of Monetizing Resilience)
- 未来电网的无线电系统：快捷、清晰、快速响应(Radio Systems for a Future Grid: Fast, Clear, and a Quick Response)
- 飓风玛丽亚侵袭波多黎各后，一些电力公司的抉择(Some Power Utility Considerations Post-Maria for Puerto Rico)
- 如果实现可靠性就是要消除停电，那么应该怎么给停电下定义？(If Reliability is the Absence of an Outage, Then What's an Outage?)
- 从供电电流到供电电压，展望未来电网(From Supplying Current to Supplying Voltage, a Look at the Future Grid)
- 双路电流不是“新事物”——它已影响电网多年(Two-Way Power Flow Isn't ‘Coming'—It's Already Been Affecting the Grid for Years)
- 四大方式管理不断变化的电网(4 Ways to Manage the Changing Grid)
- 客户在社交媒体上发泄对瞬间停电的不满：电力公司应如何反应？(Customers Turn to Social Media to Vent on Momentary Outages: How Should Utilities React?)
- 飓风厄玛（和PulseClosing® Technology）带给我的经历(My Experience with Hurricane Irma (and PulseClosing® Technology))
- 日益增长的电力公司困境：瞬间停电(A Growing Utility Dilemma: Momentary Power Outages)
- 讲述智能电网故事的三大最佳实践(3 Best Practices for Telling the Smart Grid Story)
- 有意识地建设“非计划”微电网(Building Unintentional Microgrids on Purpose)
- Benefits of Increasing Grid Resilience to Weather Outages
- Service Reliability Estimates for U.S. Electric Utility Customers
- Cost-Benefit Analysis of Electric Reliability Improvement Projects
- U.S. Department of Energy ICE Calculator
- Reliability Impacts Performance
- Moving Beyond Average Reliability Metrics