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Result 1: Prototype of AI-based software plug-ins for self-diagnosis of faults and energy waste in building installations. 

📖 Report: D 1.01 Real time implementation of part of the 4S3F method in two living labs

👩🏼‍💻 Code

🎥  Webinar

📖 Report: D 1.03 a/b Open library of standardized DBN models for the most common components & sensors / models / control in installations

📖 Report: D 1.04 a Expansion of the method:  impact of prior and conditionals probablities  in DBN

📖 Report: D 1.04 b Expansion of the method: additional data from building management in DBN/expert knowledge

📖 Report: D 1.05 a Extension of the 4S3F HVAC B28 framework for identifying undefined end-user use and poor indoor climate quality

📖 Report: D 1.05 b Extension of the 4S3F AHU framework for identifying undefined end-user use and poor indoor climate quality analyzing subject live data

📖 Report: D 1.05 c Extension of the 4S3F framework for identifying suboptimal controls in energy-flexible buildings (Controls)

Result 2: Prototypes of smart software plugins for symptom detection, fault diagnosis and predictive condition-based maintenance

Result 3: Open-source energy models for buildings and installations and associated energy buffering and algorithm for forecasting energy demand

O2.1: Open-source and modular energy model of HVAC and electrical installations with buffer options
O2.2: Open-source energy demand and local energy forecasting methods, including forecast accuracy
O2.3: Algorithm for reliable forecasting of energy demand and local energy supply

Result 4: Method and prototype for AI-based software plug-in for real-time control and optimization of energy-flexible installations

📖 Report: D 2.04 | D.2.05 Open high-frequency energy balance model & Flexibility management control system

👩🏼‍💻 Code

📖 Report: D 2.07: Proof-of-principle of selected functions of flexibility management

📖 Report: D 2.08: Open balance software implementation by industrial partners

Result 6: Prototyping of data-driven user-oriented interfaces for a healthy indoor climate, energy efficiency and energy flexibility of the building

O3.6a: Personalized interfaces – healthy and energy efficient buildings for end-users and FMs

O3.6b: Personalized interfaces – energy flexibility – for end users and FMs

📖 Report: D 3.10 Interface guidelines for occupant-centered smart climate control systems

📖 Report: D 3.11 Report on the evaluation of interfaces

Student Reports

Conference and Scientific Journal Publications

Other publications