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NAVAL BASE <br />CORONADO <br />CORONADO, <br />PROJECT COST PROJECT DESCRIPTION <br />$114,315,238 <br />ANNUAL PROJECT SAVINGS <br />$4,377,137 <br />SCOPE OF WORK <br />• Boiler and chiller plant replacement <br />• Building and power plant automation <br />replacement <br />• Lighting and lighting control upgrades <br />• Building envelope improvements and cool <br />roofs <br />• Renewable energy (500 kW solar PV <br />system) <br />• Electric/utility distribution systems <br />• Data center upgrades and UPS <br />consolidation <br />• Five performance optimized datacenters <br />including; 72 IT enclosures, 30 in -row <br />cooling units, and 10 power distribution <br />units <br />ROLE OF RESPONDER & <br />METHOD OF M&V <br />Energy Services Company <br />M&V Option A <br />PROJECT TERM & DATES <br />20 Year Term <br />Project Beginning and End Dates <br />2018-2038 <br />Construction Dates <br />2016-2018 <br />In February 2016, the U.S. Navy awarded Schneider Electric a <br />$114M self -funding ESPC at Naval Base Coronado (NBC) and <br />San Clemente Island (SCI). The ESPC affected 90 buildings and <br />increased the reliability and capacity of mission critical facilities, <br />reduced overall operational and maintenance costs, and added <br />renewable energy for increased energy assurance. <br />With critical operations being impacted, Schneider Electric took a <br />unique approach to ensuring NBC and SCI comfort with the <br />project. Beyond traditional savings guarantees, the project <br />included contractual guarantees for system uptime (99.999% <br />availability) at one of the Navy's largest, most critical data centers. <br />This included a financial penalty related to downtime beyond <br />agreed upon schedules. Our construction team was willing to take <br />on this risk due to their high degree of confidence in project <br />coordination efforts and detailed implementation plan. <br />95% of the ESPC is in data center with comprehensive ECMs <br />ranging from the server floor to chillers and electrical substation <br />with the objective of increasing resiliency, redundancy, and <br />efficiency. The new high efficiency equipment reduced the PUE on <br />the server floor from 2.5 to 1.2, and due to more efficient use of <br />power, energy, and floor space, the Navy has additional capacity <br />to consolidate other data centers into this data center. <br />Critical facilities maintained functionality throughout installation, <br />which included specific secure procedures and areas of 24/7 <br />occupancy and operation. Schneider Electric also provided a full- <br />time employee, funded with energy savings, to operate all installed <br />ECMs and perform maintenance services on all installed <br />equipment and systems. <br />