CSIRO Marine and Atmospheric Research recognises the importance of renewable energy meeting greenhouse gas reduction targets globally. CSIRO, through its Wind Energy Research Unit and its collaborators, seeks to reduce barriers to the uptake of increasing amounts of renewable sources in the energy generation mix. Developments such as improved wind forecasting and simulation of future generation facilities are essential in the management of such intermittent sources. CSIRO interacts directly with wind farm developers, grid operators, electricity regulators and Government agencies in projects which have immediate applicability in both policy and operational contexts. CSIRO scientists work in close collaboration with colleagues from the Bureau of Meteorology through a joint research venture, the Centre for Australian Weather and Climate Research (CAWCR). Research in this area also plays a significant role in the CSIRO Energy Transformed Flagship, through its Storage for Renewables projects. Solar energy is also beginning to have a significant role in energy generation and closely related research is being undertaken to integrate this form of energy in increasing quantities. We are currently seeking a motivated individual to participate in research to facilitate the accelerated uptake of renewable energy from wind and solar sources in Australia and globally. This research will have an emphasis on the interaction between weather processes and both wind and solar generators, and the consequent impacts on the electricity distribution system. The successful applicant will be responsible for the development of new and innovative techniques, and the development of relevant applications. They will prepare research proposals, undertake contract negotiations, and manage research projects. The successful applicant will work in a team environment, providing high level project management and communication skills. Current project requirements centre on a series of enhancements to the government-funded Australian Wind Energy Forecasting System (AWEFS - which is being operated by the national electricity grid operator, NEMMCO); and the development of a wind farm simulator system. Both these systems centre on the downscaling of NWP output to predict (or simulate via reanalysis) time series of production from existing or planned wind farms. AWEFS project modules include: enhanced prediction of highly variable wind conditions and the utilisation of additional real-time wind farm production and surface wind speed data to provide a form of early-warning system for severe events. A PhD or equivalent experience is essential, along with a record of research excellence and achievement in meteorology in areas relevant to wind and solar energy generation. A strong background in renewable energy research, experience working with clients in this field and expertise in relevant modelling tools such as meso-scale weather models and statistical analysis systems will be highly regarded. | 