13 th Canadian German Wind and Solar Energy Conference The Innovation that Continues in Renewable Energy

Transcription

1 13 th Canadian German Wind and Solar Energy Conference The Innovation that Continues in Renewable Energy Canadian German Chamber of Industry and Commerce Inc. Darryl Kaminski, Energy Systems Designer Internat Energy Solutions Canada April 12, 2017 Fairmont Palliser Hotel, Calgary Slide 1

2 Overview Internat Energy Solutions Canada Ongoing R&D at IESC Our role in Renewable Energy Growing Opportunity for BIPV BIPV Technology R&D Opportunities for BIPV in Canada Case Study: Harbourfront Centre Integration in Buildings Slide 2

3 InternatEnergy Solutions Canada Independent engineering consulting company working on building sciences, renewable energy and greenhouse gas accounting. Established in 2009 and developed from a sister organization with offices in Bordeaux, France and Beijing, China. A multi-disciplinary team of fourteen between Toronto and Calgary (new office at th Avenue SW, Suite L004) to strategically offer our services in Eastern and Western Canada. Slide 3

4 Ongoing R & D at IESC IESC has also engaged with numerous universities to conduct research & development in the field of sustainability management, renewable energy and GHG emissions reductions. IESC has partnerships with Celestica & Concordia for their ReMAPBIPV Project. The firm is in the process of developing prototypes which is currently being tested at Concordia University. The aim is to bring the product in the market by end of fiscal Smart Net-Zero Energy Buildings Strategic Research Network which brings together Canadian university researchers to develop the smart net-zero energy homes and commercial buildings. Sustainable Buildings Canada to model methods for, as well as assess the potential benefits of, exterior blind technologies in homes and commercial buildings. Collaborated with Dalhousie University to conduct initial research on phase change materials to regulate thermal peaks to offer more consistent comfort. Developed an industry-leading, GHG accounting and risk management application called Encompass. Slide 4

5 IESC in Renewable Energy Our leading-edge tools and methodology are based on industry best practices. Some of the tools we use are Helioscope, PVsyst and RETscreen Expert. The feasibility assessment includes system modelling and simulation integrated with a financial scenario evaluation. We provide Measurement & Verification (M&V) for renewable energy systems. A major component of IESC s on-site work includes using our suite of diagnostic and measurement tools to gain insight into renewables with real data. Slide 5

6 Background Growing Opportunity for BIPV Developers now building highly-glazed, multi-story buildings Cheap, simple construction Visually appealing Poor insulator High solar heat gains Large heating/cooling loads However, increasing building value is leading owners to retain assets for longer Costs are decreasing for renewable energy and efficiency technologies Building Codes require improved energy performance Slide 6

7 BIPV Technology IESC developed and commercialized a multifunctional BIPV glazing design as a more energy efficient substitute for standard glazing in new or retrofit construction. BIPV is a relatively new technology that allows for innovative ways to create energy while performing important functions of standard building materials. BIPV represents small segment of global PV market but is estimated to grow by $9 Billion by Key driver of BIPV market will be increase in green building trends and Net-Zero initiatives. Can be used in various parts of building envelope such as roofs, façades, sunshades, skylights and even building integrated solar art. Provides cost savings through energy efficiency and peakpower generation IESC's BIPV product helps building developers not only meet, but exceed building code regulations, significantly reduce energy demands, improve occupant comfort and generate clean solar electricity. Slide 7

8 Integration in Buildings Coordination with trades for proper installation Arrival on site to minimize damage and locate correctly on building Integration with building electrical system Use of electricity within building to increase efficiency of the system Maximize architectural impact with various patterns and densities Appease local authorities Slide 8

9 BIPV R & D Current Status IESC is heavily involved in the development and commercialization of a multifunctional BIPV glazing. Constructed energy models to determine load reduction & generation in multi-storey buildings. Prototype BIPV panels were tested to obtain real performance parameters for glass and PV cells with data then integrated back into the energy models. As a member of the NSERC Smart Net-zero Energy Buildings strategic Research Network (SNEBRN), IESC collaborated with researchers to have BIPV panels tested using advanced testing equipment. The energy models were used to perform a financial study to determine the value added of the BIPV glass product as a substitute. IESC then met with the building developers to gauge product interest and receive feedback. Manufacturability; only tested/proven materials Reference Black Transparent Slide 9

10 Case Study: Harbourfront Centre, Toronto Largest non-profit arts and cultural organization in Toronto (on ten acre site). EnwaveTheatre s glass building envelope over 20 years old and surpassed useful life. IESC developed initial concept managed the project designed the system selected the hardware conducted measurement & verification. A 1.5 kw BIPV system was integrated into overhead glazing on west side. First project combining BIPV and Heat Mirror technology Improves comfort & appearance Reduces energy demand Generates energy Slide 10

11 BIPV Installation Outcomes Tempering of extreme heat and humidity fluctuations within the building Slide 11

12 BIPV Installation Outcomes 56% reduction in summer solar gains Reduced Heating Load of 38% 1,450 kwh of Annual Clean Energy Production Slide 12

13 Thank You! Darryl Kaminiski, CET, LEED AP Energy Systems Designer Internat Energy Solutions Canada Slide 13