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Linda Zhao
Linda Zhao 458 458 Global Climate Finance Accelerator

Linda is a Professional Engineer with eight years of experience in electricity system planning and power systems engineering across several utilities in Canada. She is currently pursuing a MBA at the Rotman School of Management, where she focuses on integrating her technical expertise with advanced business acumen to drive impactful, sustainable change. She aspires to work at the intersection of climate finance, clean energy deployment, and Indigenous economic participation. 

Linda holds a Bachelor’s of Science in Electrical Engineering from the University of Calgary. She also serves in leadership roles with Rotman Energy and Natural Resources Students Association and CIGRE Next Generation Network.

Karlye Wong
Karlye Wong 458 459 Global Climate Finance Accelerator

Karlye Wong is a PhD candidate in Civil & Environmental Engineering at the University of Toronto’s Drinking Water Research Group, where her doctoral research investigates the adoption and performance of decentralized water treatment technologies. With over a decade of experience in project management and consulting across more than 20 countries, including the Canadian Arctic, Sub-Saharan Africa, Asia, and Latin America, she has led climate-resilient infrastructure and environmental projects, including net-zero municipal water systems, disaster risk mitigation, and waste management and resource recovery. She holds a Master of Applied Science from the University of Toronto and a dual degree in Civil Engineering and Life Sciences from Queen’s University.

Simon McEvoy
Simon McEvoy 458 458 Global Climate Finance Accelerator

Simon combines his background in real estate financial analysis with a focus on energy and infrastructure policy to advance sustainable economic development. Through his real estate experience, he has developed sophisticated financial models, performed comprehensive scenario analyses, and provided strategic insights for complex development projects across multiple asset classes.

Currently pursuing his Master of Public Policy at the University of Toronto’s Munk School, Simon applies a quantitative, evidence-based approach to inform policies and investment strategies that promote sustainable resource development, strengthen critical infrastructure, and support Canada’s long-term economic growth.

Jonathan Landsman
Jonathan Landsman 458 458 Global Climate Finance Accelerator

Jonathan Landsman is a sustainability and climate finance professional with experience across investment analysis, climate risk research, and early-stage clean energy development. He is completing his MSc in Sustainability Management at the University of Toronto, building on an Honours BSc in Environmental Science from the University of Ottawa. Most recently, he worked on PSP Investments’ Sustainability and Climate Innovation team, contributing to post-close ESG value-creation frameworks, physical climate risk assessments, and investment restriction guidelines. He also has hands-on experience in renewable energy development and policy analysis across solar and wave energy technologies, giving him a practical view of how climate solutions scale.

Jonathan served as a representative for The Energy Network and won first place in the UofT Roots Canada case competition with his MScSM team. He is also the co-author of a published paper examining the sustainability reporting practices of construction firms through the lens of SASB standards.

He aims to build a career in climate finance that helps direct capital toward solutions that meaningfully reduce emissions, by scaling emerging technologies, developing innovative financing approaches, and strengthening the resilience of real-world infrastructure. He is especially interested in roles that combine investment work with climate strategy and technology deployment.

Vignesh Lakshmanan
Vignesh Lakshmanan 458 458 Global Climate Finance Accelerator

Vignesh Lakshmanan is an MBA candidate at the University of Toronto’s Rotman School of Management and a Senior Investment Compliance Analyst at Mackenzie Investments, where he works across investment governance, portfolio compliance, and ESG oversight. His background in capital markets and institutional investing gives him a clear view into how capital is structured, governed, and deployed at scale.

He is strongly interested in climate finance, infrastructure, and sustainable investing, and in how financial systems can better support the energy transition. As part of the GCFA Accelerator In-Residence Fellowship, Vignesh is excited to work hands-on on projects from funding through to completion, helping advance climate solutions from concept into real-world deployment.

Sanchit Kerjiwal
Sanchit Kerjiwal 458 457 Global Climate Finance Accelerator

CPA, CFA, and MBA candidate with experience in consulting and investments. Passionate about energy transition and sustainable agriculture. Enjoy building clear, analytical solutions to complex business problems.

Kanchan Kargwal
Kanchan Kargwal 458 458 Global Climate Finance Accelerator

Kanchan Kargwal is a climate policy professional with five years of experience in climate strategies, stakeholder engagement, impact evaluation, and applied research. She is currently a Master of Global Affairs candidate at the Munk School of Global Affairs and Public Policy, University of Toronto, where she focuses on innovation and policy in the context of climate and sustainability.

Kanchan holds a Master of Science in Environmental Studies and Resource Management and a Bachelor of Science in Geology, which ground her work in strong interdisciplinary and technical foundations. Across her various academic and professional roles, Kanchan has demonstrated the ability to analyze climate data, trends, gaps, and policy, and to help design strategic and innovative climate solutions that create equitable and lasting impact. She is actively involved in research on climate innovation and the startup ecosystem through her coursework and applied learning experiences at the Munk School.

As part of the GCFA Accelerator In-Residence Fellowship, she aims to advance her expertise in innovative financial mechanisms to scale climate solutions, bridging climate policy, capital flows, and real-world impact.

Project Ocean Love
Project Ocean Love 500 333 Global Climate Finance Accelerator

Objective

  • Climate Impact Monitoring– Provide continuous, real-time data to better track and adapt to the impacts of climate change
  • Community Empowerment – Create local employment opportunities and ownership of data resources
  • Sustainable Business Model– Create revenue generating opportunities for local communities through data sales and the trading of carbon/biodiversity credits, while building local capacity

Opportunity

For Investors

  • Tangible Assets– Investors own the deployed kits that generate ongoing revenue.
  • Scalable Impact – Expansion to more locations increases revenue potential.
  • Dual Returns– Financial gains (estimated 17% IRR) alongside measurable climate and social impact.
  • Growing Demand– Rising global need for real-time climate data and resilience solutions.
  • Low risk– Proven technology with a pilot in the Bahamas

Climate and socio-economic impacts

  • Empowers women and youth entrepreneurs and increases access to revenue-generating opportunities in emerging markets.
  • Facilitates technology and knowledge transfer between Canada and Africa, paving the way for scalable, bankable climate finance projects.
  • Connects high-impact emerging market initiatives with global capital to advance both climate goals and inclusive economic development.
Investment
NPV
Equity IRR
Project Unicorn
Project Unicorn 800 533 Global Climate Finance Accelerator

Objective

To diversify investment risk and increase the chance of investing in winning technologies focused on industrial electrification.

Opportunity

For investors

Investing in a portfolio of deep technologies at the commercial demonstration stage, rather than placing all bets on a single technology, offers significant advantages by spreading risk across multiple potential innovations. While one specific technology may align with the right industry, the uncertainty inherent in early-stage development means there is always a chance that a promising solution may not deliver as expected.

By diversifying investments across several technologies, investors increase their chances of backing the one that succeeds, ensuring they secure equity in the breakthrough that ultimately works. This approach not only mitigates the risk of betting on the wrong technology but also allows the investor to benefit from the upside potential of multiple technologies, increasing the likelihood of finding a winner in a high-risk, high-reward field. It offers a more balanced approach to navigating the uncertainties of emerging industries, especially in complex sectors like deep tech.

Climate and socio-economic impacts

  • Bridges gap between traditional venture capital financing models (high-growth, scalable startups, with a 3 – 7 investment horizon) and the large capital investments and extended development timelines, which can be as long as 10-15 years due to the complex and time-intensive nature of developing and commercializing breakthrough technologies.
  • Address climate change and advance manufacturing innovation while driving economic growth, job creation, and global competitiveness
Project Sunfire
Project Sunfire 500 334 Global Climate Finance Accelerator

Objective

To develop late stage, clean energy projects that benefit tribal communities.

Opportunity

  • Untapped potential Reaching 90% or more carbon-free electricity by 2035 — a key element of achieving a clean energy economy — would require 60-70 GW of new renewables per year over the next decade, as well as other forms of carbon-free power in the US. Figure 2-3 illustrates the growth in renewables, particularly solar and energy storage, in the US.
  • Green economyAccording to Deloitte, clean energy jobs represented more than half of energy jobs added in 2023, with hiring for renewable energy — particularly solar — at twice the levels of the fossil fuel industry.
  • Market demand 2024 saw 100% clean electricity commitments and enhanced vehicle emissions standards at the state level.
  • Vermont updated its renewable portfolio standard to require that utilities achieve 100% clean energy by 2035.
  • Maryland’s governor signed an executive order requiring the state to develop a framework for a 100% clean energy standard by 2035.
  • Massachusetts passed a climate omnibus bill that is, in part, intended to accelerate clean energy deployment through permitting reform.

Climate and socio-economic impacts

  • Reduces risk of stranding renewable energy assets
  • Enhances energy resilience in disadvantaged communities
  • Creates revenue-generating opportunities for Indigenous communities
  • Replicable across the country with opportunities to acquire additional assets from established developer
  • Presents cross-border (US/Canada) collaboration opportunities
Project Maturity - BESS
Project Maturity - Solar