ENERGY.ARCHIVE.CA
RESEARCH REPOSITORY
Access comprehensive collection of research papers, technical reports, policy documents, datasets, and historical records about Canadian energy development.
Type: Research Paper
Year: 2023
Authors: Hydro-Québec Research Institute
Pages: 156
Abstract: Comprehensive study of reservoir management strategies optimizing hydroelectric generation across Quebec's interconnected reservoir system. Analysis includes seasonal flow patterns, climate variability impacts, multi-year energy storage capabilities, and coordination with renewable energy integration. Research examines 40+ years operational data from James Bay installations providing insights for future development and climate adaptation.
Type: Technical Report
Year: 2022
Publisher: Ontario Power Generation
Pages: 284
Summary: Detailed technical documentation of CANDU reactor refurbishment processes including fuel channel replacement, steam generator replacement, reactor component upgrades, safety system enhancements, and life extension strategies. Report covers engineering methodologies, project management approaches, workforce training requirements, and regulatory compliance frameworks developed through Bruce and Darlington refurbishment programs.
Type: Policy Document
Year: 2024
Agency: Environment and Climate Change Canada
Pages: 198
Content: Comprehensive review of Pan-Canadian Framework on Clean Growth and Climate Change implementation progress including carbon pricing effectiveness, sector-specific emission reductions, economic impacts, provincial program coordination, and pathways toward 2030 and 2050 targets. Document includes statistical analysis, policy recommendations, and case studies of successful provincial initiatives.
Type: Historical Record
Period: 1960-1975
Archive: Memorial University Digital Archives
Items: 850+ documents
Description: Extensive collection documenting Churchill Falls hydroelectric project development including engineering studies, construction photographs, worker testimonials, environmental assessments (early examples), Indigenous consultation records, financial arrangements, and political negotiations. Collection provides insights into mega-project planning, remote construction challenges, and economic development priorities of era.
Type: Dataset
Format: CSV, Excel, API Access
Updated: Quarterly
Coverage: All provinces and territories
Variables: Installed capacity by technology (hydro, wind, solar, biomass, geothermal), annual generation, capacity factors, project locations, commissioning dates, ownership structures, investment values, employment estimates. Data sourced from federal statistics, provincial utilities, industry associations, and project developers. Includes visualization tools and analysis templates.
Type: Research Paper
Year: 2023
Institution: University of Calgary School of Public Policy
Pages: 124
Abstract: Comprehensive analysis of workforce transition strategies supporting energy sector workers navigating clean energy transformation. Research examines skills transferability between fossil fuel and renewable sectors, retraining program effectiveness, income support mechanisms, community economic diversification, and international best practices. Study includes surveys of 2,500+ energy workers, case studies of transition communities, and policy recommendations for federal and provincial governments.
Type: Technical Report
Year: 2024
Publisher: Canadian Electricity Association
Pages: 210
Summary: Practical guide for utilities deploying smart grid technologies including advanced metering infrastructure, distribution automation, demand response systems, electric vehicle integration, distributed energy resource management, and cybersecurity frameworks. Report includes technology evaluations, vendor selection criteria, deployment strategies, cost-benefit analyses, and lessons learned from Canadian utility implementations. Features case studies from BC Hydro, Hydro One, SaskPower, and Nova Scotia Power.
Type: Policy Document
Year: 2020 (Updated 2024)
Agency: Natural Resources Canada
Pages: 174
Content: Federal hydrogen strategy outlining production pathways (green, blue, turquoise), infrastructure development, end-use applications, export opportunities, regulatory frameworks, safety standards, and funding programs. Document establishes targets including 50 million tonnes annual hydrogen production by 2050, 350,000 jobs, and $50 billion GDP contribution. Includes provincial collaboration frameworks and international partnership strategies.
Type: Historical Record
Period: 1906-1920
Archive: Archives of Ontario
Items: 600+ documents
Description: Primary source materials documenting creation of Hydro-Electric Power Commission of Ontario (later Ontario Hydro, now Ontario Power Generation), North America's first publicly-owned electric utility. Collection includes enabling legislation, public consultation records, municipal partnership agreements, engineering studies, early infrastructure plans, political debates, and Sir Adam Beck correspondence. Essential resource for public power movement history and early electricity system development.
Type: Dataset
Format: Interactive Dashboard, CSV, JSON
Period: 1990-2024
Scope: All energy subsectors
Variables: GHG emissions by fuel type, electricity generation emissions intensities, provincial emission profiles, sectoral breakdowns (electricity, oil and gas, transportation, buildings, industry), carbon pricing revenues, emission reduction policies, projections to 2050. Data verified through Environment and Climate Change Canada reporting and provincial inventories. Includes scenario modeling tools.
Type: Research Paper
Year: 2024
Institution: Dalhousie University Marine Research Institute
Pages: 168
Abstract: Comprehensive assessment of offshore wind energy potential across Atlantic Canadian waters including Nova Scotia, New Brunswick, Prince Edward Island, and Newfoundland and Labrador. Study analyzes wind resource quality, water depths, seabed conditions, marine environment considerations, fishing industry compatibility, grid connection requirements, and economic viability. Research estimates 16,000 MW commercially viable offshore wind capacity with potential for significantly higher resource availability using floating wind technology in deeper waters.
Type: Technical Report
Year: 2024
Publisher: Alberta Electric System Operator
Pages: 196
Summary: Comprehensive technical guide for battery energy storage system deployment including lithium-ion, flow battery, and emerging technologies. Manual covers sizing methodologies, grid services applications (frequency regulation, voltage support, renewable integration, capacity services), interconnection requirements, control systems, safety protocols, fire suppression, thermal management, and maintenance procedures. Includes economic analysis frameworks, regulatory compliance, and performance optimization strategies. Features lessons from Alberta's battery storage deployments supporting renewable energy integration.
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