Specifications include, but are not limited to: Enable energy management teams to see their energy data in context. Provide notifications to identify low performing sites and/or less-than-optimal process/equipment performance based on user-defined parameters and historical data. Give teams the ability to increase efficiency and reduce consumption. PROVIDE DETAILED SITE-SPECIFIC OR CAMPUS-WIDE REPORTING IN ONE PLATFORM Leverage the technology platform to provide MIAMI UNIVERSITY configurable energy and sustainability reporting capabilities aggregated across national, regional or global perspectives as well as detailed hourly reports on energy consumption down to the sub-meter level. ENABLE FLEXIBLE DATA ACQUISITION Provide flexible and diverse data acquisition capabilities, from monthly utility invoices to meters and sub meters from EMS, BMS and SCADA systems and data collected directly from the utility. GIVE MIAMI UNIVERSITY ACCESS TO ENERGY & SUSTAINABILITY EXPERTISE Provide a management team to support internal stakeholders to help ensure return on investment. The software shall be capable of the following; Access site-level metrics and alerts Analyze data easily with widget-based interface Automatically collect near real-time data for intervals defined by the customer Compare building load profiles to identify trends Review actual results from efficiency projects that have been completed Identify underperforming efficiency projects Locate non-optimized facilities Incorporate weather and schedule data to normalize raw data Data coming directly from a utility company can also be imported The system shall be capable of exporting data in an Excel or CSV format The system will provide graphical comparisons between similar buildings Data shall be acquired as close to real time as possible and not be longer than an hour old.