Applus+ Strengthens Support for Hawkesdale Wind Farm, a Leading Clean Energy Project in Australia
Victoria, Australia - Patrick Wood, the Power Service Line Manager of Applus+ in Australia, recently paid a visit to the Hawkesdale Wind Farm in Victoria, Australia. The purpose of his visit was to provide crucial support to our Owners Engineering Site Supervision team. Hawkesdale Wind Farm, developed by Global Power Generation (GPG), stands as a significant renewable energy project located in the picturesque south-west region of Victoria. Once fully operational, it is set to generate clean energy capable of powering over 67,000 homes.
Applus+ is proud to contribute a comprehensive range of services to Global Power Generation (GPG) throughout the Hawkesdale Wind Farm project. Our dedicated team offers site management, civil supervision, and HSE support during the construction and commissioning stages of this impressive venture.
Renowned for our expertise in renewable energy services, Applus+ assists clients throughout every phase of their renewable projects. From initial feasibility assessments to development support, project design, engineering, construction supervision, commissioning, and maintenance inspection services, we ensure compliance with both international and local codes and standards.
Expressing his enthusiasm, Patrick Wood, Power Service Line Manager of Applus+ in Australia, shared his sentiments, stating, "Applus+ is honored to support GPG both globally and here in Australia with their renewable energy endeavors. Visiting the Hawkesdale team was a remarkable experience for me, and I witnessed firsthand the invaluable contribution our team is making to ensure the success of this remarkable project."
Applus+ continues to demonstrate its commitment to the clean energy sector by actively participating in cutting-edge projects like the Hawkesdale Wind Farm. With its expertise and unwavering dedication, Applus+ aims to shape a sustainable future and drive the advancement of renewable energy initiatives worldwide.