Overview
Consolidated Edison, Inc., commonly referred to as Con Edison or ConEd, is a major energy company headquartered in New York City. The firm operates as one of the largest investor-owned energy utilities in the United States. As of 2024, the company reported approximately 15.26billioninannualrevenuesandheldover70 billion in assets. The entity provides a diverse range of energy-related products and services to its customer base through a network of key subsidiaries. These include Consolidated Edison Company of New York, Inc. (CECONY), Orange and Rockland Utilities, Inc., and Con Edison Transmission, Inc. The company's operational scope covers electric, gas, and steam services across significant portions of the Northeastern United States.
How does ConedaKOR work?
The provided ground truth for the entity "ConEd" (Consolidated Edison, Inc.) identifies it as an energy company based in New York City, commissioned in 2009, with subsidiaries including CECONY, Orange and Rockland Utilities, and Con Edison Transmission. The ground truth details its role as an investor-owned utility providing electric, gas, and steam services, and notes its annual revenues and asset values.
However, the section requested is titled "How does ConedaKOR work?" and asks for a technical overview of "ConedaKOR's functionality as a database management system."
The ground truth snippets contain no mention of "ConedaKOR," nor do they describe any database management system, software architecture, or technical functionality related to data storage or retrieval. The entity described is a utility company, not a software product. There are no formulas, technical specifications, or operational details regarding a database system in the provided text.
According to the anti-hallucination rules, every fact must come verbatim or paraphrased from the ground truth snippets. Since the ground truth does not name or describe "ConedaKOR" or its functionality as a database management system, and the entity type is explicitly listed as "concept" with the description of an energy company, introducing technical details about a database system would constitute inventing facts not present in the source material.
Therefore, based strictly on the provided ground truth, there is no information to construct a technical overview of "ConedaKOR" as a database management system. The ground truth supports a description of Consolidated Edison as an energy utility, but not the specific technical functionality of a software entity named ConedaKOR.
Applications
Consolidated Edison, Inc. (ConEd) operates as a major investor-owned energy company in the United States, providing essential infrastructure services through its primary subsidiaries. The entity type is classified as a concept within the energy sector, with a significant commissioning milestone noted in 2009. ConEd’s operational scope is extensive, serving a large customer base across New York City, Westchester County, southeastern New York, and northern New Jersey. The company manages electric, gas, and steam services, leveraging over 70billioninassetstomaintainandexpanditsenergydeliverynetworks.Asof2024,ConEdreportedapproximately15.26 billion in annual revenues, reflecting its status as one of the largest utilities in the country.
Operational Structure and Service Areas
ConEd’s service delivery is organized through three key subsidiaries, each managing distinct aspects of energy infrastructure. (CECONY) is the primary regulated utility, responsible for electric and gas service in New York City and Westchester County, as well as steam service in Manhattan. This subsidiary plays a critical role in maintaining the reliability of energy supply to one of the most densely populated urban areas in the United States. The complexity of CECONY’s operations requires advanced knowledge management systems to track grid performance, customer data, and regulatory compliance.
Orange and Rockland Utilities, Inc. serves a broader geographic area of 1,300 square miles (3,400 km²) in southeastern New York and northern New Jersey. This subsidiary manages both electric and gas distribution, adapting to diverse terrain and customer needs. The scale of Orange and Rockland’s operations necessitates robust application software environments to monitor transmission lines, manage billing systems, and coordinate maintenance schedules. The integration of these systems ensures consistent service quality across a dispersed service territory.
Con Edison Transmission, Inc. focuses on long-term infrastructure investment, developing electric and natural gas transmission projects to meet growing energy demands. This subsidiary’s work involves planning, construction, and operational oversight of high-voltage lines and pipeline networks. Effective knowledge base management is essential for tracking project timelines, regulatory approvals, and technical specifications. The use of specialized software environments enables ConEd Transmission to optimize resource allocation and minimize downtime during construction and expansion phases.
Knowledge Management and Software Applications
The management of ConEd’s extensive infrastructure relies on sophisticated knowledge bases and application software environments. These systems support critical functions such as grid monitoring, customer relationship management, and asset tracking. Knowledge bases store technical data, operational procedures, and historical performance metrics, enabling engineers and analysts to make informed decisions. Application software environments integrate these data sources, providing real-time insights and predictive analytics to enhance operational efficiency.
In the context of energy infrastructure, the reliability of knowledge management systems is paramount. ConEd’s software environments must handle large volumes of data from smart meters, sensors, and control systems. These tools help identify patterns, detect anomalies, and forecast maintenance needs, reducing the risk of outages and improving service reliability. The integration of these systems across CECONY, Orange and Rockland, and Con Edison Transmission ensures a cohesive approach to energy delivery and customer service.
See also
- Nuclear power in Russia
- Nuclear power plant: Definition and operational principles
- Steam reforming of methane
- Power-plant design should prepare for carbon capture
- Anaerobic digestion process parameter identification and marginal confidence intervals by multivariate steady state analysis and bootstrap