University of New Brunswick Case Study

Topics:
Civil and Environmental,
Electrical and Electronic
Tags:
Carbon Dioxide,
Power Generation,
Sustainable Development,
Sustainable Development Technology Canada,
Turbine
Source:
Sustainable Development Technology Canada

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Overview: Every year, large-scale power generation produces hundreds of thousands of tones of carbon dioxide (CO2), sulfur oxides (SOx) and nitrogen oxides (NOx) - presenting environmental and health risks to Canadians. With small hydro sources, the challenge is to develop an affordable alternative to the expensive turbines and control systems used in large-scale power generation. With the help of Sustainable Development Technology Canada (SDTC), the University of New Brunswick is overcoming these obstacles. Its two-part solution includes: inverters for variable-speed wind turbines that help stabilize wind-generated power, extract maximum power under variable conditions, and permit reliable interconnections with utility grids; and variable-speed pump-as-turbine small hydro units.

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Format: PDF


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