Abstract: Illustrative embodiments of a sustainable energy management system (SEEMS) are disclosed. Embodiments of the SEEMS may illustratively include a sustainable energy efficiency hardware platform, a local sustainable energy efficiency software platform, a hosted sustainable energy efficiency software platform, and a sustainable energy efficiency business process. The SEEMS may generate graphical energy efficiency reports, graphical budget impact reports, and graphical energy summary reports, among many other outputs.

Abstract: An energy information management system and a computer-implemented method of managing energy information are disclosed. The computer-implemented method may include receiving energy use data based upon the energy consumption of one or more facilities, associating the energy use data with one or more facility types based upon characteristics of the one or more facilities to which the energy use data is related, and storing the energy use data in a database. Each facility type may be determined based upon at least one of an owner, location, size, age, use, operating schedule, lighting, water use, and heating, ventilation, and air conditioning equipment of the facility to which the energy use data is related. The energy information management system may include one or more sources of energy use data which generate data signals, a server, and a browser-enabled user device.

Abstract: An energy management system and a computer-implemented method of managing energy consumption are disclosed. The computer-implemented method may include receiving one or more input signals which represent the real-time energy consumption of a facility, evaluating data obtained from the one or more input signals according to a set of energy operating rules, and generating output signals which cause a user to be alerted to the energy consumption of the facility. In some embodiments, evaluating data obtained from the one or more input signals according to a set of energy operating rules may include comparing the obtained data to predetermined or adaptive ranges or thresholds. The ranges or thresholds may be based upon at least one of an operational schedule of the facility, physical characteristics of the facility, energy-sensitive variables, customer-imposed targets, and energy supplier demand reduction requests.

Abstract: An illustrative communication system provides remote access to target devices located behind a firewall or other network security gateway. The system includes an internal processor and target devices coupled to a network located inside a gateway, and an external processor and clients coupled to a network located outside the network security gateway, for example the Internet. The internal processor includes an application and a database containing the internal processor node number, a shared secret, and a static IP address of the external processor. The external processor includes an application and database containing the internal processor node number, the shared secret, port to port to target device address mapping, and authentication data for clients. Upon activation the internal processor initiates a persistent TCP session with the external processor. Client access to the targeted devices is provided upon a client connecting to a port of the external processor, the port associated with a target device.