1 2024 年 9 月 26 日,Genera 提供了有关波多黎各电力管理局(“PREPA”)热力发电设施信息请求的信息。2024 年 9 月 26 日,LUMA 提交了进一步遵守 2024 年 9 月 24 日决议和命令的动议。其中,LUMA 提交了 Genera 对能源局在 9 月 24 日命令附件 A 中提出的信息请求提供的未完成的回复。2 同一天,即 2024 年 9 月 27 日,Genera 提交了一份动议,要求提交对 2024 年 9 月 24 日发布的信息请求的修正回复。3 此外,LUMA 还包括了 Genera 对某些信息请求的回复,如提交文件中的附件 B 所示。
1 As of 30 Nov 2020 2 Return impact analysis completed by Wilshire, presented at the November 2020 Investment Committee meeting 3 Predicted Tracking Error based on cap-weighted benchmark completed by Wilshire Associates 4 Relative to divestment-unconstrained benchmark, annualized based on monthly performance for 10-year window as of 11/30/20 5 Calculated by dividing divested portfolio's annualized active return by its active risk, both calculated over a截至2020年11月30日的5年期间使用每月观察值6少于五年期
Forecasting the need for places ........................................................................................................................................ 29 Forecasts for schools ............................................................................................................................................................ 29 How are Forecasts calculated?.......................................................................................................................................... 30 Developer Contributions to Education .......................................................................................................................... 31 Place Planning Calendar ...................................................................................................................................................... 33 Making changes to schools .................................................................................................................................... 35
第一个报告期,应从战略开始日期开始,应在日历季度的最后日期或该战略的战略终止日期的投资日期终止,该战略的重点是由于资产在一个交易日内和更长的期限内的资产波动而获得资本增长,但它侧重于长期投资者,具有1年和1年的投资期。The performance of this Strategy shall be compared as followings: for the first reporting period – with the market value of the Initial Investment as of the commencement date for the following reporting periods – the High Watermark over the life cycle of the Strategy calculated on any previous Reporting Period's End Date Characteristics of the Strategy* The Company aims to keep the risk of the Strategy calculated on the basis of the VaR model with a 99% confidence level, at a level below VAR(99) = 10% within One day.
Requirements for admission to the upper-division major include the following: • Junior standing (60 credit hours or more) • A minimum grade of C, within two attempts, in all Progression Courses (Progression Courses are denoted by **) • Minimum 2.5 Overall GPA and Minimum 2.5 Progression Course GPA (all attempts are calculated into the Progression GPA)
Acknowledgements 3 Quiet Sound's Leadership Committee 3 Project Funders 3 Executive Summary 4 Background 4 2023-24 Voluntary Vessel Slowdown Results 4 Acronyms 5 Background 6 About Quiet Sound 6 Underwater Noise Impacts on Southern Resident Killer Whales 7 Vessel Slowdowns Reduce Underwater Noise 8 Parameters of the 2023-24 Voluntary Vessel Slowdown 9 Geography of the Slowdown Area 10 Vessels 11 Slowdown Speeds 11 Other vessel interventions 12 Dates 12 Implementing the Slowdown 13 Communications and Engagement Plan 13 Tribal Engagement 13 Communications with Mariners 13 Participant and Supporter Recognition 14 Monitoring the Slowdown 14 Vessel Participation 14 Vessel speed participation calculated using AIS data 15 Vessel participation as reported by the Puget Sound Pilots 15 Underwater Noise 15 Whale Presence 16 Evaluation and Results 16 Industry Participation 16 Participation as Reported by the Puget Sound Pilots 16 Calculated Vessel Speed Through Water Participation 17 Recognition 19 Slowdown后参与者反馈19
A2007 1 OC DEPO计算为OCB速率X100/OCB EFF A2007 2 OCB EFF =平均值(1.8,2.3)A2007 3 OCB EFF =平均值(1.2,1.6)A2007 4 OCB EFF =平均值(4.5,6)A2007 5 OCB EFF =平均值OCB EFF = OCB EFF(0.7,1.1.8)A201.8)A2016 1.8/a2016 1.8/ocbe B2013 1 OCB EFF计算为OCB速率X100/OC DEPO D2008 1 OC含量按照作者指示的LOIX100/2.13计算(LOI:点火点的沉积物损失)。LSR计算为沉积的沉积物体积除以湖面积。F2014 1 OCB eff was calculated as OCB rate x100/OC depo G2013 1 OC content calculated as OCB rate x100/mean mass accumulation rates H2013 1 OC content calculated as OCB rate x100/sediment total (erosional+in-lake) mass accumulation rates K2013 1 age was determined by radiocarbon dating, paleomagnetic dating or deglaciation/ isolation of the basin.K2020 1 OCB EFF计算为OCB速率X100/OC DEPO。Molc M -2 y -1中的原始OCB速率值。M2004 1 OCB速率=平均值(31,137)。lsr =平均值(0.32,1.23) - Irion(1984)使用14 C年代计算出平均LSR为0.16 cm年-1。用于计算SED DEPO,OC DEPO和OCB EFF,数据取自Smith-Morrill(1987)。M2004 2 LSR =平均值(0.4,1.34)。OC含量被计算为沉降粒子中OC含量范围的平均值。sed depo和oc depo是所有站点的平均值。OCB EFF计算为OCB速率X100/OC DEPO。O2012 1 LSR =平均值(0.2,0.4)。OCB速率计算为全局OCB速率除以湖面面积。O2014 1 OCB速率=平均值(12,62)
🔘🔘 Proposed design yields energy consumpƟon less than or equal to the site EUI target established in ZEMBOP 🔘🔘 Proposed design yields energy consumpƟon at least 10% lower than the Standard Design annual Ɵme dependent value energy use calculated by the methodology established in the California Code of RegulaƟons, Title 24 Part 6 🔘🔘 An exempƟon from the energy efficiency requirements has been approved by the Director of the Sustainability and Mobility部门
Direct (actual Dollars spent by base) PAYROLL $1,882,644,079 CONSTRUCTION $260,472,576 LOCALLY PRODUCED GOODS AND SERVICES $1,316,355,443 LOCAL PURCHASES PRODUCED ELSEWHERE $20,727,846 OTHER SPENDING (TDY) $3,335,904 Total Direct $3,483,535,848 Indirect (calculated Dollars spent using multipliers) PAYROLL $1,992,967,022 CONSTRUCTION $253,830,526 LOCALLY PRODUCED GOODS AND SERVICES $944,729,242 LOCAL PURCHASES PRODUCED ELSEWHERE $13,355,928 OTHER SPENDING (TDY) $2,803,878 Total Indirect $3,207,686,596 Combined Economic Impact $ 6,691,222,444间接工作的年度价值创造了$ 1,547,148,053
Footnotes (1) Frequency response and range measured on-axis in half-space environment with recommended EQ (2) Sensitivity measured on-axis in half-space environment averaged 100 Hz – 10 kHz using recommended high-pass protection (3) Maximum SPL calculated from sensitivity and power handling specifications, exclusive of power compression (4) Bose Professional extended-lifecycle test using pink noise filtered to meet IEC268-5, 6-DB波峰因子,持续500小时的持续时间(5)AES标准2小时持续时间IEC系统噪声(6)在通用音频应用中使用时,每EN60529测试至IP55。在每EN5 54-24中测试了在整个空间环境中测量的火灾和疏散通知申请(7)