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APS:可持续协同——利用新技术实现可靠性.pdf

上传人: 山哈 编号:724989 2025-07-04 12页 1.90MB

1、Sustainable Synergy-Harnessing new technology for reliabilityAPS AT A GLANCE 34,646 square mile service territory11 of 15 counties1.4 million customer accounts(89%residential)Approximately 45%of Phoenix 6,000 employees Peak demand 8,200 megawatts Investor-owned(PNW)Since 1886,Arizonas largest and lo

2、ngest-serving utilityFive(5)GW of IBRs OperationalWhats Next?Utility-scale battery energy storage systems(BESS),solar and wind Facilities are becoming an integral part of modern power grids,enabling better grid stability,and reliability.BESS Industry is experiencing growing pains and systems are und

3、er performingSeveral key topics are driving innovation and investment in this sector.Specifically,for utility-scale BESS:Performance Management BMS/Controls Systems Factory cell mortality issues/Construction/Integration Ancillary Services Commissioning and Site Acceptance NERC IBR Performance Manage

4、mentCurrent State:Advances in Battery Management Systems(BMS)are improving the safety,efficiency,and lifespan of batteriesIntegration of resources intoOwner requirementsMarket RequirementsUtility/Off-taker RequirementsCell/Warranty RequirementsJurisdictional Safety RequirementsFuture State:AI and ma

5、chine learning for real-time optimization of battery charge/discharge cycles Predictive maintenance.Enhance forecasting of battery performance and manage fleet-level storage systems.Battery Management Systems(BMS)IntegrationPIData Cells produced in Factories less than two(2)years old(newer if in US)

6、Tariffs Workforce development Construction of US based Facilities Lead times Market Demand On-site Construction/Integration Market demand Mature workforce Quality control DelaysFactory cell mortality/Construction/Integration&DeploymentHow to optimize,analyze,prioritize,root cause,monitor,corrective

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本文主要讨论了亚利桑那公共服务公司(APS)在可持续能源协同方面的努力,特别是大规模电池储能系统(BESS)在电网中的应用。以下是关键点: 1. **公司概况**:APS是自1886年以来亚利桑那州最大的公用事业公司,服务面积34,646平方英里,拥有约140万客户账户,员工约6,000人。 2. **技术发展**:BESS、太阳能和风能设施成为现代电网的重要组成部分,但BESS行业面临成长中的阵痛和性能不佳问题。 3. **性能管理**:电池管理系统(BMS)的进步提高了电池的安全性、效率和寿命。未来将采用AI和机器学习进行实时优化和预测性维护。 4. **辅助服务**:BESS能提供频率调节、电压控制和旋转备用等辅助服务,但频繁充放电会导致电池不平衡,可能引起热失控和寿命缩短。 5. **合规要求**:NERC IBR规则对20兆瓦或以上容量的基于逆变器的资源(IBRs)提出了新的合规要求,增加了运营复杂性。 6. **数据监测**:使用AVEVA PI系统进行数据收集和监测,提高资源整合和运营效率。 7. **行业挑战**:行业正在努力标准化实践,解决数据报告和资源管理中的不一致问题。 核心数据引用: - 服务面积:34,646平方英里 - 客户账户:1.4百万 - 峰值需求:约8,200兆瓦 - BESS运营:5吉瓦(GW)IBR 文章反映了APS在推进可再生能源和储能技术,优化电网可靠性和性能方面的承诺。
"如何优化电池储能系统?" "AI如何提升电网稳定性?" "IBR合规性挑战有哪些?"
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