Central Hudson: 3 Phase Discharging (MW)

Hosting Capacity Analysis Methodology and Assumptions: The Battery Energy Storage Hosting Capacity data that is being provided is for information purposes only and is not intended to be a substitute for the established interconnection process. The analyses presented in these displays provide the feeder level energy storage hosting capacity for the distribution circuits evaluated. Hosting Capacity for energy storage is an estimate of the amount of charging and discharging that may be accommodated without adversely impacting power quality or reliability under current configurations and without requiring infrastructure upgrades. Please note that this analysis was conducted under current configurations, and prior to infrastructure upgrades such as; installing a recloser or remote terminal unit at the Point of Common Coupling, replacing a voltage regulating device or controller to allow for reverse flow, substation-related upgrades including 3V0 protection, or other protection-related upgrades. For the Stage 1 displays, each circuit’s hosting capacity is determined by evaluating the potential power system criteria violations as a result of charging and discharging systems. The analyses represent the overall feeder level hosting capacity only, and do not account for all factors that could impact interconnection costs. Please note that issues related to circuit protection require further analysis to make a definitive determination of hosting capacity. Additional displays with tabulated data have been included in the form of data pop-up displays.

托管能力分析方法与假设：所提供的电池储能托管容量数据仅用于参考，不应替代既定的并网流程。本显示中所呈现的分析提供了评估的配电网的馈线级储能托管容量。储能托管能力是对在现有配置下，无需对基础设施进行升级，且不会对电能质量或可靠性产生不利影响的情况下，可能容纳的充放电量的估计。请注意，该分析是在现有配置下进行的，且在基础设施升级之前，例如在公共耦合点安装重合闸或远程终端单元、更换电压调节装置或控制器以允许反向流动、变电站相关升级包括3V0保护或其他与保护相关的升级之前。对于第一阶段显示，每个电路的托管容量是通过评估充放电系统可能导致的潜在电力系统标准违规情况来确定的。这些分析仅代表馈线级的总体托管容量，且未考虑所有可能影响并网成本的因素。请注意，与电路保护相关的问题需要进一步分析，以确定托管能力的最终结论。此外，还包含了一些表格数据的弹出显示。