Energy Information Systems
Extracts and manages energy information from equipment and facilities:
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Combines accumulated information into comparative and operative information systems |
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Minimizes operating costs |
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Maximizes operating efficiencies and controls |
Load Profiling/Real-Time Metering
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Advanced metering systems produce an accurate picture of energy usage, known as a load profile. |
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Real-time metering–up-to-the-minute depiction of exactly how much energy is being consumed at any point in time. |
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Submetering–records and depicts exactly where energy is being used. Meters can be set to monitor individual items of equipment, apartments, offices, laboratories, plants, HVAC systems and other facilities such as a multi-site enterprise. |
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Records energy usage–when, where and how much. Allocates accurate costs to tenants or departmental budgets. |
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Facilitates payments and contracts based on current facts, not "estimates" and "history." |
Operator Advisory Model - OAM
The OAM allows the user to extract maximum value from hybrid systems assisting in optimum central plant management.
A software-based method to leverage both supply and demand side mangement, this ConEdison Solutions service allows the customer to determine the least cost operating strategy for hybrid chiller plants or dual fuel systems. ConEdison Solutions creates a model of the system and then develops algorithms for every piece of equipment, taking into account individual operating characteristics and constraints, minimum loads, historical load profiles and other relevant factors.
Real-Time Dispatch and Load Control
Equipment performance information is transmitted and aggregated through various networks. Ultimately, it is presented via a web browser and can be used for better planning, operation, contract fulfillment or curtailment, cost reduction, maintenance and supply negotiations.
Energy Management Operations CenterTM (eMOCTM)
ConEdison Solutions provides Energy Management activities through its service bureau. The Energy Management Operations Center is utilized to assist the operator in identifying and maintaining maximum and least costly energy efficiencies. A typical system utilizes real-time input from key data elements (e.g., load profiles, weather, equipment, programmed operating schedules, utility rates, etc.). The eMOC analyzes energy usage and identifies best practice and anomalies that lead to inefficient operations.
