E²OS Energy Evidence Operating System

Abstract

E 2 OS Energy Evidence Operating System for measurement-based recording, modeling and orchestration of energy flows in building technology systems, characterized in that heat, cooling and other energy flows of all energy generators, storage, distributors and consumers are mapped in a common digital system model and autonomously monitored, controlled and optimized on the basis of this model.

Description

Technical field

[0001] The invention relates to the E 2 OS Energy Evidence Operating System, a technical energy operating system for building services systems, in particular for heating, cooling, ventilation, hot water, heat pump, combined heat and power plant, storage and distribution systems. The invention belongs to the field of building services engineering, energy automation and energy-efficient operation. State of the art

[0002] Common building management, monitoring, or manufacturer-specific systems primarily record individual measurements from specific components. A holistic representation of the energetic and hydraulic interrelationships between energy generation, distribution, storage, and consumption is either not provided or only partially achieved. As a result, deviations, inefficiencies, and malfunctions often cannot be clearly located. Furthermore, existing systems typically integrate deeply into building management structures and are technically complex from a network perspective. Object of the invention

[0003] The object of the invention is to use the E 2 OS Energy Evidence Operating System is a technical system that fully records all energy flows of a building based on measurements, models the system systematically, clearly locates deviations and enables autonomous, efficient operation without interfering with existing building management systems. Solution to the task

[0004] The task is solved by the E 2 OS Energy Evidence Operating System, which operates below the level of traditional building management systems and is installed directly at the distribution level. All heating, cooling, and energy-related components are represented in a common digital system model. Measurement data is not evaluated in isolation, but within the context of this model.

[0005] The system integrates control and regulation functions for pumps, mixers, storage systems, energy generators, and consumers. Deviations, limit violations, and malfunctions are detected, located, and reported based on events. The system architecture is designed to be cyber-resilient, with physically separate connections between the systems. Technical effect

[0006] Through the E 2The OS Energy Evidence Operating System makes energy flows transparent, previously undetectable deviations clearly identifiable, and stabilizes plant operation. Personnel costs for operation and troubleshooting are reduced, and measurement-based decision-making is established for optimizations and investments in existing systems.

Claims

[1] E 2 OS Energy Evidence Operating System for measurement-based recording, modeling and orchestration of energy flows in building services systems, characterized by , that heat, cold and other energy flows of all energy producers, storage facilities, distributors and consumers are mapped in a common digital plant model and autonomously monitored, controlled and optimized on the basis of this model. [2] E 2 OS Energy Evidence Operating System according to claim 1, characterized by that the system is operated below an existing building management system without interfering with its data buses or network structures. [3] E 2 OS Energy Evidence Operating System according to one of the preceding claims, characterized by that control and regulation functions for pumps, mixers, buffer storage tanks, heat generators and cold generators are integrated. [4] E 2OS Energy Evidence Operating System according to one of the preceding claims, characterized by that absorption refrigeration, compression refrigeration, and ventilation and air conditioning systems are integrated into the system model as energy-relevant components. [5] E 2 OS Energy Evidence Operating System according to one of the preceding claims, characterized by , that deviations, limit violations and malfunctions are monitored, located and automatically reported on an event-based basis. [6] E 2 OS Energy Evidence Operating System according to one of the preceding claims, characterized by that each facility is physically separate and cyber-resiliently connected.