AnemoScope Wind Energy Simulation Toolkit Go to main content Go to section navigation Go to main navigation
AnemoScope Banner
EOLE Project Logo
RPN
Canadian Hydraulics Centre Logo
About AnemoScope
What's New
Downloads
FAQ
Documentation
References
Licensing
Links
Contact Us

AnemoScope is the result of a collaboration between Recherche en Prevision Numerique of Environment Canada and the Canadian Hydraulics Center of the National Research Council Canada.

Recherche en Prevision Numerique

Recherche Prévision Numérique (RPN) is responsible for the research and development (R&D) of the modelling component of the Numerical Weather Prediction (NWP) System for the Canadian Meteorology Center (CMC) and the Regional Meteorological Centers of the Meteorological Service of Canada (MSC), Environment Canada (EC). Our research activities cover a wide range of applications from severe/extreme weather event predictions to monitoring of the ozone in the polar vortex.

Numerical Weather Prediction modelling has been a traditional core activity of MSC for the last four decades. The modelling component is the cornerstone of the Environment Canada Weather Environmental Prediction (WEP) System and the Atmospheric Environment Prediction Directorate's (AEPD) operational program that provides the fundamental guidance for the MSC weather warning program. RPN is also an important component of the MSC's modelling capability in support of both the Weather and Environmental Prediction (WEP) and Clean Environment Business Lines.

Canadian Hydraulics Centre

The Canadian Hydraulics Centre (CHC) is a full-cost recovery technology Centre of the National Research Council (NRC), Canada's leading scientific research organization. With a staff of 3,000, NRC institutes across Canada carry out research and help industry in many areas, ranging from among others, biotechnology, astrophysics and molecular sciences, to marine dynamics and civil engineering.

The Canadian Hydraulics Centre is Canada's largest coastal and hydraulic engineering laboratory. It is equipped with some of the world's most sophisticated technology and facilities for providing physical and numerical modelling and analysis services to the engineering community in the general field of hydraulics, specializing in coastal engineering, environmental hydraulics, and cold regions technology. Its laboratory originally developed within the Division of Mechanical Engineering, occupying its present location in 1945. Over the years various additions have been made, bringing its size up to 8400 m2.

In a Canadian context, the Centre provides a national focus for technology development and applications, links national and international research and professional organizations, and supports Canadian activity in global markets.

Back to top