According to Ontario provincial government reports in 2016, the transportation sector is the leading contributor to greenhouse gas emissions, emitting 35% of GHG emissions in the province. Electric vehicles are one of a range of strategies to lower carbon emissions, yet they currently make up less than 1% of new vehicle sales in Canada, compared to leaders such as Norway (30%). Further, how people make decisions about alternative vehicle purchases is relatively under-studied in the social sciences, particularly the social influences on purchasing behaviour.
The guidebook introduces a process and principles that local governments and their partners can use to design equitable clean energy programs in their communities. Supported by the Urban Sustainability Directors Network (USDN) Innovation Fund, the project’s intent was to develop actionable resources for local governments and partners to use to advance social equity in clean energy program design and implementation in their communities.
In the fall of 2017, CEKAP conducted a series of workshops across Canada aimed at facilitating conversation surrounding the use of analytical tools in the community energy planning process. The goal of the workshops – to share expertise across the CEKAP partnership in order to identify potential improvements to analytical tools – will better enable decision-makers in the energy planning, implementation, monitoring and evaluation processes.
In a growing population where families are continuing to settle in urban areas, meeting residential energy needs is an issue that has not lost momentum. Cities across the Greater Golden Horseshoe are increasingly moving toward the adoption of municipal climate change action plans that align with provincial and federal frameworks on clean growth. Many of which carry a strong focus on meeting those energy needs.
I recently attended a conference call held by the Ontario Sustainable Energy Association (OSEA) on the state of the policy discussions with the OEB. This blog will outline some of the main issues and concerns surrounding net-metering currently being discussed by energy companies, consultants, energy co-operatives, and businesses and industry looking to offset their energy consumption, as well as provide a short discussion on the pros and cons of net-metering value models.