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3rd ’Dit Hus’ general information meeting

3rd ’Dit Hus’ general information meeting. Arne Skou, CISS ask@cs.aau.dk. Agenda. 1 . Lunch kl. 12,15 – 13. 2. Welcome and presentation. All 3. Status of prototype development connecting home automation devices from Seluxit, Develco and Zense Technologies. Academic partners.

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3rd ’Dit Hus’ general information meeting

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  1. 3rd ’Dit Hus’ general information meeting Arne Skou, CISS ask@cs.aau.dk

  2. Agenda 1. Lunch kl. 12,15 – 13. 2. Welcome and presentation. All 3. Status of prototype development connecting home automation devices from Seluxit, Develco and Zense Technologies. Academic partners. 4. Prototype demonstration. Academic partners. 5. Invitation to possible new partners and discussion of possible collaborations. All.

  3. Project facts (www.energybox.dk) • Period: April 2009 – medio 2011 • Budget: 10.6 mill.kr. • Funding: 8 mill. kr. (2.6 mill. kr. for companies) • Knowledge institution partners: AAU (CISS), AU/Alexandra Institute, CSI, IHA, • Initial private partners: Develco, Seluxit, Servodan • Additional partners: Zense Techology, Danfoss Heating • Also a number of networked partners

  4. Project goals • Implementation of a homeport prototype for co-existence of different home devices and energy optimization • Validation of a number of scenarios and interoperabilities • Collaboration with industrial partners • Investigate the business potential of a homeport • Knowledge dissemination of project results

  5. Project scope and method Focus is on interoperability and also energy optimization We extend the functionality through scenario implementations – typically over 6 months periods Approach The industrial partners define the scenarios The industrial partners provide products/hardware/functions The university partners contribute with methods/protocols and prototypes of homeport interoperability

  6. Collaboration examples • Develco: • I/F between homeport and ZigBee standard controlling selected devices • Runs for autumn 2009/spring 2010 • Seluxit: • I/F between homeport and Z-Wave standard • Rule language • Transfer protocols • Configuration (internal/external) • Runs throughout the project • Possibly I/F to ’minbolig’. • Servodan: • Communication with Servodan intelligent light controller • Runs for autumn 2009/spring 2010

  7. Collaboration examples • Zensehome: • Basic integration and energy measurements via Zensehome powerline products • Runs for spring 2010 • Danfoss (heating solutions): • Control of Z-Wave thermostat • Runs for the spring 2010 • Future: Parameter settings and Z-Wave evaluation • Demonstrator planned: • Light/heat control/meatering in 4 student group rooms during autumn 2010.

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