developing bipv opportunities in toronto v3 apr-12

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Economic Development & Culture Building Integrated Photovoltaics: Initial Thoughts on Industry Development Opportunities for Toronto Rob McMonagle Economic Development & Culture City of Toronto www.sarahhallstudio.co m

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Page 1: Developing bipv opportunities in toronto v3   apr-12

Economic Development & Culture

Building Integrated Photovoltaics:Initial Thoughts on Industry Development

Opportunities for TorontoRob McMonagle

Economic Development & CultureCity of Toronto

www.sarahhallstudio.com

Page 2: Developing bipv opportunities in toronto v3   apr-12

Economic Development & Culture

New Construction in Toronto

Toronto has more high rise construction than any other North American City

TorontoMexico City

New YorkChicago

HoustonMiami

Mississauga

Vancouver

CalgaryBoston

DallasLos Angeles

AtlantaSan Francisco

0

20

40

60

80

100

120

140

160

180

200

9788

95

164

167 8 10 8 4 2 3 2

178

88

74

24 2216 12 9 9 9 7 4 3 2

January 2011

January 2012

Page 3: Developing bipv opportunities in toronto v3   apr-12

Economic Development & Culture

Cost of BIPV vs. Conventional Building Cladding

City is currently doing a study of building cladding costs in Toronto (completed summer 2012)

International studies indicate that BIPV is comparable to medium-high end cladding costsNote: cladding cost is $/m2 not $/watt – so less efficient modules may

be attractive for cladding

Page 4: Developing bipv opportunities in toronto v3   apr-12

Economic Development & Culture

PV Technologies in the BIPV Market

All technologies are currently in use. Ontario’s solar manufacturing is primarily crystalline technologies.

Page 5: Developing bipv opportunities in toronto v3   apr-12

Economic Development & Culture

Leading Countries in Deploying BIPV

Page 6: Developing bipv opportunities in toronto v3   apr-12

Economic Development & Culture

Moving Beyond “Modules”

Becoming part of the supply chain for the building industry is critical to develop a naturally sustaining market – making PV plates into other products – windows, curtain wall, etc

Customization (as is done for windows in commercial development) is also critical for success

1. PV Glass2. Glass Strip3. Spacer4. Sealing

Page 7: Developing bipv opportunities in toronto v3   apr-12

Economic Development & Culture

BIPV as Art

The City requires that at least 1% of the construction costs be contributed to public art through the Public Art Program http://www.toronto.ca/planning/urbdesign/public_art.htm

BIPV could meet the requirements (hence providing significant cost savings)

A public art approved project

A BIPV project at Harbourfront

Page 8: Developing bipv opportunities in toronto v3   apr-12

Economic Development & Culture

Key Elements of a BIPV Industry/Market Development Strategy

Education, Awareness &

Capacity Building

• Stakeholder workshops

• Project database• Resource

website• Establishment of

working groups

Market Enhancement

• Standards & Guidelines

• Local product development & database

• Demonstrations & showcases

Policies & Financing

Mechanisms

• Techno-economic analysis

• Best practices study

• Design of support mechanisms (policy/financial)

Industry and R&D Enhancement

• Industry and international collaboration

• Technology transfer

• Cost reduction and system optimization for local conditions

• Upgrading of local industry capacities

Page 9: Developing bipv opportunities in toronto v3   apr-12

Economic Development & Culture

BIPV and the FiT Program – Maybe not a good fit?

FiT program is designed for retrofitting (and ground mounts) – does not take into the unique attributes of BIPV City of Toronto has done a report on the barriers that BIPV face in FiT

Examples: BIPV is typically small systems in a large building – series metering

connections are best and reduces installation costs (but not allowed in FiT) Ontario content point system does not reflect the BIPV elements (i.e. points

for the mounting system) Building design and build cycle can be 36+ months – new rules restrict it to 18

months Builders cannot wait 8-12 months to know if there project is FiT approved (as

the BIPV is part of the building)

Net Metering may be the best option to consider for BIPV

Page 10: Developing bipv opportunities in toronto v3   apr-12

Economic Development & Culture

Resources

The City of Toronto is working with stakeholders to advance the adoption of BIPV in the Toronto area. There are a number of opportunities to engage on this.Toronto BIPV resource page:

http://www.greenbuildingontario.ca/component/content/article/291

Toronto Building Integrated Photovoltaics LinkedIn Group – join to share information Send an email to [email protected]

Working group of interested stakeholders being established to identify opportunities (and challenges) – if interested see me!

Sarah Hall Studios (a unique Toronto resource!): www.sarahhallstudio.com

Page 11: Developing bipv opportunities in toronto v3   apr-12

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Contact Information

Rob McMonagleSenior Advisor, Green Technology and Green Energy

Economic Development & Culture [email protected]

www.toronto.ca/invest-in-toronto/green