250 likes | 402 Views
5 th Progress Meeting INASCO (22 nd /23 rd May 2012). Emile S. Greenhalgh, Project Co-Ordinator. T he Composites Centre, Imperial College, London. Agenda – 3 rd Progress Meeting Tuesday 22 nd May (am). 09:30 Coffee, Welcome and Introductions 09:45 Minutes of the Last Meeting
E N D
5th Progress MeetingINASCO (22nd/23rd May 2012) Emile S. Greenhalgh, Project Co-Ordinator The Composites Centre, Imperial College, London
Agenda – 3rd Progress Meeting Tuesday 22nd May (am) 09:30 Coffee, Welcome and Introductions 09:45 Minutes of the Last Meeting 10:00 WP1: Management/Overview of Project and Deliverables (Imperial/SICOMP) 10:15 WP1: Status of project extension (Imperial/SICOMP) 10:30 WP2: Reinforcement Development (Nanocyl) - overall status and management 10:45 WP2: Partner Presentations (max 20 minutes each) WP2 - Nanocyl, SwereaSicomp, BAM, ETC 11:30 WP3: Multifunctional Resin Development (Imperial) - overall status and management 11:45 Partner Presentations (max 20 minutes each) WP3 - Imperial College London, SwereaSicomp, Inasco, Chalmers, Umeco, BAM, ETC 12:30 WP8: Project Demonstration and Exploitation (Inasco) 13:00 Lunch
Agenda – 3rd Progress Meeting Tuesday 22nd May (pm) 14:00 WP6: Systems (SICOMP) 14:15 Partner Presentations (max 20 minutes each) WP6 - Swerea Sicomp, Imperial College London, Inasco, Volvo, ETC 15:15 WP7: Demonstrator Development (SICOMP) 15:30 Partner Presentations (max 20 minutes each) WP7 - Swerea Sicomp, Imperial College London, Inasco, Chalmers, Umeco, Nanocyl, BAM, Volvo, ETC 16:00 WP6/7 Discussion – Design of Wheel Well 17:00 End of day one 19:00 Common dinner in Athens
Agenda – 3rd Progress Meeting Wednesday 23rd May (am) 09:15 Coffee and Welcome 09:30 WP4: Composite Manufacture (Umeco) - overall status and management 09:45 WP4: Discussion regarding weave issues and suggested mitigation (Imperial) 10:45 Partner Presentations (max 20 minutes each) WP4 – Umeco, Imperial College London, Inasco, Swerea SICOMP, Nanocyl 11:15 WP5: Composite Characterisation (BAM) 11:30 Partner Presentations (max 20 minutes each) WP5 – BAM, Imperial College London, Swerea Sicomp, INASCO, Chalmers, Umeco 12:30 AOB, Date of next meeting and close 13:00 Lunch 14:00 Optional tour of INASCO facilities
Agenda – 3rd Progress Meeting Objectives of Meeting • Report on Progress in all Work Package, and compare with plan • Progress the design of the wheel well (WP6/7) • Resolve the issue of the influence of weave on electrical performance (WP4/5)
Evening Plans Dinner is at 8pm and the location is Filistron restaurant. 23, Apostolou Pavlou str. Thission Athens 11851 info@filistron.com +30 103422897 http://www.filistron.com/ 6
Model Demonstrator • Radio controlled car built by SICOMP & Umeco • Two cell Device B laminates • No batteries in car, battery in controller charges roof laminate which lights LEDs • Raised cutting/grinding issues – laminates need to be made to size • Demonstrated at a exhibitions, etc • Umeco stand at JEC (Paris, 03/2012) • Swedish Foundation for Strategic Research’s (SSF) Materials Science Programme Conference - Stockholm (04/2012). • Video for ‘Fully-Charged’ show - http://www.youtube.com/watch?v=rMOxrDxq_do&list=PL971B96323746C745&index=8&feature=plcp • Imperial Festival (05/2012) 11
Dates for Future Meetings(Assuming Extension) December 2012 Progress Meeting #6 – Imperial College London, UK June 2013 Final Meeting – Volvo Car Corporation, Sweden,
Device Configurations Supercaps 3 ply laminates (CF/GF/CF); Batteries 7 ply laminates (CFi/GF/CFii/GF/CFii/GF/CFi)
Electrical Testing • Supercapacitors: • Charge-discharge experiments: Voltage - 0.1 V (most likely we will increase voltage); Charge time 10 s (can be varied); Discharge time 10 s (can be varied). • Cyclic voltammetry: sweep rates of 5 mV/s to 50 mV/s, window of −0.5 to 0.5 V. • Electrochemical impedance; frequency range from 106 Hz to 10-3 Hz, sinusoidal voltage amplitude 5 mV. • Effect of moisture/temperature; DiAMon monitoring • Batteries: • Capacity and energy cycling, (Charge/Discharge) • Self discharge • Internal resistance - pulsed charge/discharge • OCV characterisation, Life length • Capacitors: • effect of moisture and temperature DiAMon monitoring • dielectric strength ? • capacitance/ (specific energy) - 0.1-100Hz at 1V