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Keywords
(12)
Control System
Data Acquisition System
Data Collection
Energy Consumption
Indoor Climate
Low Energy
Market Potential
Measurement System
Sensors and Actuators
Smart Home
System Configuration
Thermal Comfort
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Concept and realisation of an EIB based automated room climate control
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Concept and realisation of an EIB based automated room climate control
(
Citations: 8
)
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D. Jelondz
,
K. Spasokukotskiy
,
H. Ruser
The paper deals with technical problems of automated decentralised
indoor climate
control in residential buildings. The lead value for the realisation of the
control system
is the objective thermal comfort. The
measurement system
to be designed works as a network between a large variety of different sensors and actuators. A comprehensive and flexible EIB networked instrumentation using cheap commercial and prototype
sensors and actuators
has been created and tested in a realistic test environment. In the paper, the conditions for a modern room climate control are discussed and the technical base for
data acquisition system
containing several different
data collection
channels is presented. Extensive measurements with the reliable, fully redundant
data acquisition system
showed its applicability in residential buildings. Based on the presented concept, different systems configurations can be realised. Following the results, a low-cost decentralised automated room climate
control system
is able to become a new standard in low-energy buildings, opening a huge market potential.
Published in 2001.
Cumulative
Annual
Citation Context
(5)
...The thermal comfort model-based method of measuring in buildings is a part of complex HVAC system shown in Fig. 2. The hardware realization of the system has been mentioned in earlier works [2, 3,
7
]...
Konstantyn Spasokukotskiy
,
et al.
Model-based method to measure thermal comfort in buildings
...The measurement system comprises of a network of a large variety of specialised indoor and outdoor sensors and actuators and a multi-bus communication and data storing infrastructure [
5
]...
B. Ivanov
,
et al.
Distributed smart sensor system for indoor climate monitoring
...In our SmartHOME Lab on the University Campus site, Fig. 1, a networked smart home environment has been established comprising a multi-bus network topology for specific system (lights, blinds, heaters, ventilators etc.) and a fully redundant data acquisition system (data loggers, data base, control and backup computer) [
5
,6]...
L. Borodulkin
,
et al.
3D virtual "smart home" user interface
...In this situation, appropriate heating and ventilation of the rooms must guarantee sufficient indoor air quality [
3
, 4]. Improvements of HVAC systems in residential buildings aim at a reduction of energy consumption and an adjustment of comfortable climate in rooms...
Konstantyn Spasokukotskiy
,
et al.
PARAMETER IDENTIFICATION FOR THE CONTROL OF THERMAL COMFORT
...A decentralized measurement and control system with a large network of different sensors and actuators has been developed and installed in our SmartHOME Lab which is a family-type living house recently built on the University Campus site, see Fig. 1 [
2
] (Readers are invited to go on a Virtual Tour through our Lab: http://smarthome.unibw.muenchen.de)...
L. Borodulkin
,
et al.
‚Smart Home' 3D User Interface. Man-Machine Interaction with Object Or...
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Citations
(8)
Model-based method to measure thermal comfort in buildings
(
Citations: 1
)
Konstantyn Spasokukotskiy
,
Hans-Rolf Tränkler
,
Kateryna Lukasheva
Conference:
IEEE International Workshop on Intelligent Data Acquisition and Advanced Computing Systems: Technology and Applications - IDAACS
, 2003
Valve Drive with Automatic Self-Calibration on Basis of Electrochemical Actuator
(
Citations: 1
)
Dmitri Jelondz
,
M. Horn
,
H.-R. Tränkler
Published in 2003.
Distributed smart sensor system for indoor climate monitoring
(
Citations: 3
)
B. Ivanov
,
O. Zhelondz
,
H. Ruser
Published in 2002.
3D virtual "smart home" user interface
(
Citations: 3
)
L. Borodulkin
,
H. Ruser
,
H.-R. Trankler
Conference:
IEEE International Workshop on Virtual and Intelligent Measurement Systems - VIMS
, 2002
PARAMETER IDENTIFICATION FOR THE CONTROL OF THERMAL COMFORT
(
Citations: 5
)
Konstantyn Spasokukotskiy
,
Ralf Grassnick
,
Michael Horn