Capacity building is becoming central to community energy planning. Practitioners, non-profits and governments alike are increasingly adopting strategies to develop local capacity – the ability for communities to come together, learn, deliberate, make decisions and carry out stated objectives. This blog post offers a brief overview of how such initiatives can be monitored and evaluated.
First principles ensure coordination of efforts, and position for success. This blog will excavate, evaluate, and refine the ‘first principles’ of community energy planning. My insights build on the Getting to Implementation project, inspired conversations with leading practitioners, and my experience as co-chair of the City of Guelph’s energy task force.
The joint International Renewable Energy Storage and Energy Storage Europe Conference in Dusseldorf, Germany came together for their 11th and 6th time respectively from March 14 to 16 to discuss emerging developments in energy storage business models, technologies, and policy and regulatory frameworks.
Power plants seldom run at full capacity. The ratio of electrical energy output over a period of time to the maximum possible electric energy output over the same time period is called ‘capacity factor’. Using data from IESO, this visualization shows you how the avg. capacity factor of electricity generators can vary by source, season and time.
Thanks to funding from the Places to Grow Implementation Fund, the Ontario Climate Consortium (OCC) in partnership with Dr. Kirby Calvert (UofG) and Karen Farbridge collaborated via the Community Energy Knowledge Action Partnership (CEKAP) to complete a set of case studies looking at net zero and low carbon developments across five Ontario municipalities.