Transmission and distribution design: Empowering reliable power delivery
Ausenco is at the forefront of delivering innovative and efficient solutions for transmission and distribution (T&D) projects. With our deep expertise and comprehensive capabilities, we help our clients to enhance the reliability, resilience, and efficiency of their power delivery systems.
Our T&D design services encompass a wide range of areas, including substation design, overhead and underground power lines, distribution networks, and grid integration. We collaborate closely with clients to understand their specific requirements and develop customized solutions that align with their objectives.
Power line design: Whether it's overhead lines or underground cables, our experts possess extensive knowledge in designing reliable and cost-effective power transmission systems. We analyze factors such as load requirements, environmental considerations, and right-of-way constraints to develop optimized designs that minimize power losses and support high system performance.
Distribution network design: Our comprehensive approach to distribution network design involves analyzing load demand, system capacity, and fault tolerance. We create efficient network layouts, implement smart grid technologies, and optimize equipment selection to ensure consistent and high-quality power supply to end-users.
Grid integration: With the increasing integration of renewable energy sources and distributed generation, grid integration has become a critical aspect of T&D design. Our specialists are skilled in integrating diverse energy resources into existing grids to achieve power quality, voltage stability, and system reliability.
At Ausenco, we leverage advanced software tools, industry best practices, and a wealth of experience to deliver T&D designs that meet the evolving needs of the energy sector. Our multidisciplinary teams collaborate seamlessly, integrating electrical, civil, structural, and environmental considerations to develop holistic and sustainable solutions.