IBISPOWER.EU Dr. ir. Arch. Alexander Suma Ibis Power Team Dr. ir. - PowerPoint PPT Presentation

IBISPOWER.EU Dr. ir. Arch. Alexander Suma

Ibis Power Team Dr. ir. Arch. Alexander Suma Dr. ir. Rossella Ferraro From: Maastricht Napels, Italie CEO Ibis Power BV CTO Ibis Power BV COO SEB&C (TU/e) Researcher IRWES (TU/e)

The Need

The Need

Integrated Roof Wind Energy System TURBINE FUNNEL LOWER LOUVERS BACK PRESSURE DIRECT FLOW FAÇADE INTERACTING FLOW MULTI STOREY BUILDING

Prototype in Meerssen (NL) • Wind flow analysis • Aesthetic experience • Noise testing • Constructability 2/14 3,6x3,6x6,5m

Prototype Results Wind Speed V 2 Measurement V 3 V 1 260% V 0 125% 140% 100%   3 1 P AV ( F ) 2 18 times more energy than rooftop windmill!

Market Comparison • Acceleration of urban wind flow • More wind hours (>2200) • Wind from any direction • No noise conditions Wind Turbines (3.6 m/s) IRWES (<3.6 m/s)

The solution! Integrated Roof Wind Energy System Elegance Integration Customization

Modularity and Customization 12m 12m

Segmentation and Positioning IRWES PV Urban Wind Mils High Rise >15m Dwelllings

Ibis Market – Multi Storey Buildings Netherlands • 55,000 buildings > 15 m • ~30% commercial buildings • Most high rises found in Dutch coastal areas Population Density Europe • 1/6 of population (500 Million) live in multi storey buildings North America • 30,000 high rise buildings (21,000 in USA) • Height > 80 m

Management Team CTO CEO Rossella Ferraro Alexander Suma Rianne Dekker Teo Xaritidis

Added Value Most Efficient Wind Energy System Payback Time Green Building ~10 Years Aesthetically Low Maintenance Pleasing Small Application Integration Area Building Value Hybrid Possibilities Upgrade No Noise

Traject Visit location Design IRWES Talk with window washer STEP 1 STEP 2 Incorporate customization Inspect installation rooms Simulations wind flows Preliminary design Energy Calculation Theoretical calculation Construction Cost Estimated cost Final design STEP 3 STEP 4 Permit Prefab Construction Outreach plan “1 day” Installation Maintenance plan Delivery Final time planning

Start sales 08-2013 Place Pilot Unit Ibis Power BV 03-2013 Ibis Power Office 01-2013 Employees: Rianne and Theo 11-2012 TEDx Amsterdam, Innovation Award 11-2012 First Price Herman Wijffels Innovation Award Creation Ibis Power 11-2012 06-2012 BRAINS Award Prototype testing 04-2012 K-Idea Award, Bergamo, Italy 03-2012 TU/e 09-2011 TU/e Anniversary Award (Pilot) CFD 06-2011 STW Valorization Grant Phase I 03-2011 Dr. Ferraro Marie Curie Fellowship (EU) 12-2010 PhD graduates UM University of Miami Wind tunnel test and optimization 19-06-2009 WO- Patent application: “Wind Energy System” 09-2008 Invention IRWES

Traject Visit location Design IRWES Talk with window washer STEP 1 STEP 2 Incorporate customization Inspect installation rooms Simulations wind flows Preliminary design Energy Calculation Theoretical calculation Construction Cost Estimated cost Final design STEP 3 STEP 4 Permit Prefab Construction Outreach plan “1 day” Installation Maintenance plan Delivery Final time planning

IRWES Windmill In Built Environment Not in Built Environment More Efficient! More Power!