Industrialised, Integrated, Intelligent sustainable Construction - I3con
Industrialised, Integrated, Intelligent sustainable Construction - I3con
Industrialised, Integrated, Intelligent sustainable Construction - I3con
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SUSTAINABLE CONSTRUCTION HANDBOOK 2<br />
Figure 1. SensoByg organisation and subdivision into the four main applications<br />
It is expected that sensor prices will drop significantly as the technology develops and thereby pave<br />
the way for a more extensive use in the construction industry. SensoByg is a step in that direction.<br />
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Objectives<br />
The main purpose for the SensoByg project is to develop robust, reliable systems for monitoring<br />
buildings, civil structures and building materials by means of wireless embedded sensor technology.<br />
This paper will describe some of the important tasks being carried out during the project and give<br />
preliminary conclusions. It is outside the scope of the project to develop the next generation of sensor<br />
technology, e.g. passive sensors based on SAW technology. Hence, the demonstration of possibilities<br />
is based on existing sensor technology. The outcome of SensoByg is expected to be the possibility to<br />
create intelligent building materials and intelligent buildings and structures which again would<br />
contribute to better sustainability in the construction industry.<br />
SensoByg is organised in 5 technical focus areas and 4 demonstration projects (Fig. 1). Two of the<br />
focus areas are wireless sensors and coupling/interaction where the sensors, to be applied in the<br />
project, are developed. The focus area encapsulation investigates the possibilities to cast-in and to<br />
embed wireless sensors in fresh concrete. It is crucial that the sensor is protected against alkaline<br />
water and concrete slurry. The technical focus areas are linking together the individual applications or<br />
demonstration projects.<br />
The two last focus areas (decision support and system architecture) are developing a generic concept<br />
for wireless sensor networks and the end-user tools.<br />
Background<br />
In 2007 the Danish Ministry of Science, Technology and Innovation granted a R&D project to the<br />
construction industry in Denmark. The project is titled SensoByg and its full name is "Sensor based<br />
surveillance in construction". SensoByg started in March 2007 and it is running for almost 4 years<br />
until end of 2010. It has a 3 M€ budget. The Ministry supports half the budget and the industrial<br />
partners are obliged to deliver the other half in terms of working hours and consumables. The<br />
SensoByg group of partners encompasses:<br />
• Danish Technological Institute (DTI) is acting as overall project manager for the 12 industrial<br />
partners and 6 R&D performers.