Clean Energy Webinar Series - Part 3 - Solar and Wind Energies (IISA)
#Educational
#Educational
Over the past three or four years, Canada has increasingly added various types of Renewable Energy as part of the Energy Portfolio. Depending on the location and type of the energy required, it is important to have an understanding of the various options available. Is the requirement for a large municipal setting or rural setting? Is the location easily accessible for maintenance or difficult? How often is maintenance required. Is an operator required on a daily basis or much less frequently? The series of three separate presentations will consider the types of Renewable Energy Technology being used in Canada, how are they being applied and example projects and the insurance or risk considerations. Part 3 - Solar and Wind Energies Solar and wind energy continue to grow rapidly on land, on rooftops and across water‑based sites. Solar installations benefit from abundant sunlight, while wind projects harness strong onshore and offshore wind resources to produce clean electricity. Both technologies must be evaluated through their full life cycle, from manufacture to decommissioning. Key risks for insurers include weather exposure, electrical and mechanical failures, construction and installation challenges, and business interruption when equipment underperforms or the resource itself fluctuates. WEBINAR LOG-IN Please ensure the email address in your profile is current. Connection testing and login details will be emailed prior to the webinar. * If you require CE credits for licensing renewal requirements in provinces other than AB , please check with your provincial licensing regulator for validity. Cancellation Policy: Participant substitutions accepted up to 24 hours prior to webinar (substitute must be current member). IISA reserves the right to cancel the webinar due to unforeseen circumstances. New members: IISA Membership Fee of $90 (expiring May 31, 2026) is applicable. For assistance to renew or process a new membership, please contact iisamail@insuranceinstitute.ca or 403-266-3427. PRICES BELOW ARE BEFORE TAX.
George has over forty years of experience in all facets of petroleum and renewable energy technology, project management, needs assessments and training, having worked extensively in Middle East, Asia, South America, Africa and Canada. As head of the Petroleum Technology Department at the Southern Alberta Institute of Technology for eight years, he successfully managed a program with 500 full and part-time students per year. During the last twenty-seven years he has conducted numerous workshops internationally and in Canada on all aspects of petroleum technology for participants from over 70 countries. He has designed petroleum engineering curriculums for schools in Ecuador, Qatar, Nova Scotia, Newfoundland and Saskatchewan and carried out Petroleum Engineering Needs Assessments for Universities and Governments in Bangladesh, Bolivia, China, Colombia, Nigeria and. He has provided many presentations for the Insurance Institutes in Alberta as well as many individual insurance companies in Alberta and Saskatchewan.
Lindsay Mackay is a Senior Renewable Property & Casualty Underwriter at Aviva Canada, specializing in complex risk underwriting across renewable energy, power, construction, and emerging climate transition technologies. With nearly a decade of experience spanning underwriting, brokerage, and risk management, she brings a uniquely multidisciplinary lens to the evolving intersection of climate resilience, advanced risk modeling, and sustainable energy infrastructure. In her role at Aviva, Lindsay leads underwriting strategy for sustainable energy portfolios, applying probabilistic loss modeling, scenario analysis, and engineering based assessments to support accurate risk selection and capital deployment in collaboration with head office and Aviva Risk Management solutions. Her expertise includes evaluating natural catastrophe exposures, operational volatility, and business interruption risk across asset classes such as solar PV, onshore wind, battery energy storage, hydrogen, and carbon capture. She also contributes to the development of Aviva’s technical underwriting frameworks and climate transition playbooks, helping shape how insurers assess and support next generation energy systems