Accelerating the global shift to clean energy
Accelerating Community Energy Transformation (ACET) is a multi-partner research initiative helping small- to-mid-sized communities achieve their unique clean-energy systems goals.
From harvesting offshore wind, tidal and solar energy to innovative low-carbon financing and governance models, ACET is integrating breakthrough renewable energy technologies and solutions that will help Canada get to net zero emissions—one community at a time.
partners, including 5 First Nations
years of community-based energy transition projects
interdisciplinary areas of expertise
Communities as catalysts
Three key aspects of ACET will drive transformational change:- unique bottom-up approach to net-zero objectives through community engaged action and leadership
- innovative place-based social, policy and economic development
- translating learnings to community networks around the world
Project news
Learn how the ACET project is making a difference in mitigating the impacts of climate change in our communities.

One giant leap closer to net zero
Learn how ACET will support clean energy transformations in remote and Indigenous communities.
Vuntut Gwitchin Government and YukonU train Vuntut Gwitchin First Nation citizens on community energy systems in Old Crow.
Photo credit: Yukon University

Clean Energy Future
$2m to implement and assess tidal and solar energy at the Blind Channel Test Centre.

Nootka Island wave energy project
$1m from the TD Ready Challenge to install wave energy system in community at Yuquot.
Institute for Integrated Energy Systems at the University of Victoria (IESVic)
Accelerating Community Energy Transformation (ACET) is an initiative of the Institute for Integrated Energy Systems at the University of Victoria (IESVic). For more than 30 years, IESVic has developed and advanced the most innovative interdisciplinary clean energy technologies. Their mission is to chart feasible pathways to sustainable energy systems through the development of new technologies, processes, and systems.
Strategic research areas
Low-carbon and offshore renewable energy tech
Harness, use and store renewables including wave, tidal, hydrogen and offshore wind energy
Distributed systems and hybrid microgrids
Develop advanced microgrid controls, systems integration and management
Green hydrogen and e-fuels
Develop low-cost, safe and clean hydrogen and other e-fuel vectors
Business & finance innovation
Innovate finance and business models, and explore social enterprise potential
Integrated energy systems
Complex systems, place-based transitions, worldviews, policy interactions, Indigeneity
Scale-up and acceleration
Create transformation strategies scalable to communities worldwide
Meet the ACET team
Lead investigators

Dr. Curran Crawford
ACET Lead UVic Faculty of Engineering & Computer Science
Curran Crawford’s research develops and applies computational tools to optimize renewable energy system designs and operations. Application areas include offshore wind and tidal energy, electrified transportation, e-fuels production and carbon capture and sequestration, in partnership with communities and industry, and together with researchers outside engineering.

Dr. Brad Buckham
UVic Faculty of Engineering & Computer Science
Brad Buckham improves designs and operating strategies for offshore technologies using computer simulations. As director of the Pacific Regional Institute for Marine Energy Discovery, he provides international leadership in the study of critical marine energy issues, human dimensions of energy, education and training, and works closely with industry, not-for-profits, and government. His current work includes wave and tidal energy innovations in communities.

Dr. Ned Djilali
UVic Faculty of Engineering & Computer Science
Ned Djilali’s work in fuel cell science and technology has shaped the field and includes pioneering computational modeling and design methods that have been adopted by industry. His research program addresses the challenges of large-scale integration of renewable energy, identifies long term pathways for energy and water sustainability, and informs policy.
Institute for Integrated Energy Systems (IESVic)
Dr. Tamara Krawchenko
UVic Faculty of Human & Social Development
Tamara Krawchenko specializes in comparative public policy and territorial development. Her scholarship focusses on understanding local/regional assets, challenges and opportunities, and supporting communities to meet their development goals. She has led international research programs on sustainability transitions, urban and rural development, Indigenous economies, and land use governance.

Dr. Basma Majerbi
UVic Peter B. Gustavson School of Business
Basma Majerbi’s research focuses on climate-related financial risks and opportunities and environmental, social and governance (ESG) factors in investment decisions. She consults with the International Monetary Fund and leads a multi-disciplinary Impact Investing Hub that accelerates investment in clean technology and helps SMEs and investors adopt ESG principles and align with the UN Sustainable Development Goals (SDGs).

Dr. Madeleine McPherson
UVic Faculty of Engineering & Computer Science
Madeleine McPherson’s expertise lies in sustainable energy systems integration and transitions. She is the co-founder of the Energy Modelling Hub, which convenes modellers and decision makers to support effective policy. Her research focuses on questions relating to variable renewable energy integration, demand response initiatives, utility-scale and behind-the-meter storage technologies, and integrating transport, power, buildings and water systems.

Dr. Heidi Kiiwetinepinesiik Stark
UVic Faculty of Human & Social Development
Heidi Kiiwetinepinesiik Stark (Turtle Mountain Ojibwe) specializes in Indigenous law, treaty politics and governance. She is committed to the resurgence of Indigenous legal traditions and institutions that can enable the restoration of relational ways of living, accounting for human responsibilities to the land, waters and other than human relatives. Her strengths also lie in community-engaged research methods and research implementation in Indigenous governance.

Dr. Naoko Ellis
The University of British Columbia, Faculty of Applied Science
Naoko Ellis is a Professor in the UBC Department of Chemical and Biological Engineering, and an Associate Director at the UBC Clean Energy Research Centre. Her research spans from technical solutions around clean energy to understanding complexities around collaborative and sustainability education. She is engaged in transdisciplinary initiatives around the climate emergency and is establishing the Systems Beings Lab to foster systems perspectives to tackle complex challenges.

Dr. Thomas Homer-Dixon
Royal Roads University, School of Environment & Sustainability
Thomas Homer-Dixon is an adjunct professor with the School of Environment and Sustainability and the founder and director of the Cascade Institute at Royal Roads University. His research is focused on threats to global security in the 21st century, including economic instability, climate change, and energy scarcity and on how people, organizations, and societies can better resolve their conflicts and innovate in response to complex problems.

Dr. Bruno Pollet
Université du Québec à Trois-Rivières, Department of Chemistry, Biochemistry & Physics
Bruno G. Pollet is a Professor of Chemistry at the University of Quebec at Trois-Rivières (UQTR). He is also Deputy Director of the UQTR Research Hydrogen Institute (HRI) and President of the Green Hydrogen Division of the International Association for Hydrogen Energy (IAHE). His research covers a wide range of areas from the development of novel materials for low-temperature fuel cells and water electrolyzers, hydrogen production from pure, waste and saline waters, as well as oxygenated solutions and CO2-saturated waters to fuel cell and electrolyzer systems, demonstrators and prototypes.
Hydrogen Research Institute (HRI)
Dr. Michael Ross
NSERC Industrial Research Chair in Northern Energy Innovation Yukon University
Michael Ross’ research program is governed and directed by northern electric power utilities, and in partnership with northern communities and Indigenous governments. His research focuses on integrating a high penetration of renewable generation in remote communities, diesel efficiencies, demand-side management, and microgrids as they pertain to northern and remote electric power systems.
Academic partners




- Council of the Haida Nation
- Malahat First Nation
- Mowachaht-Muchalaht First Nation
- Vuntut Gwitchin First Nation Government
- Dease River Development Corporation
- Barkley Project Group Ltd.
- BC Centre for Innovation and Clean Energy
- BC Hydro
- BC Ministry of Energy, Mines and Low Carbon Innovation
- BC Sustainable Energy Association
- Pacific Institute for Climate Solutions (PICS)
- Centre for Ocean Applied Sustainable Technologies (COAST)
- South Island Prosperity Partnership
- Indigenous Prosperity Centre
- Rainhouse Manufacturing Canada Ltd.
- Scale Collaborative
- Capital Regional District (Greater Victoria)
- City of Victoria
- City of Saanich
- Yukon Government
- Yukon Energy Corporation
- ATCO Electric Yukon
- Alacrity
- Foresight Canada
- BMT
- Pembina Institute
- Marine Renewables Canada
- Ocean Networks Canada (ONC)
- University of Rhode Island (US)
- Pacific Marine Energy Center (US)
- Sustainable Marine Energy (UK)
- International Institute for Applied Systems Analysis (Austria)
- Green Digital Finance Alliance (Switzerland)
- Social Ocean Energy Project (Switzerland)
- CorPower Ocean (Sweden)
- Waves4Power (Sweden)