Energy touches every aspect of our industry and society. This means the energy used to power a project is directly related to the carbon emissions and sustainability of the end result. The whole-of-life process also requires efficient use of power to be truly sustainable. As engineering professionals, we understand that delivering low-carbon, high-performance outcomes demands a deep knowledge of energy systems—from generation and distribution to consumption and recovery. Our approach integrates renewable sources, smart technologies, and lifecycle energy modelling to ensure every project we support contributes meaningfully to a more sustainable future.
FPWRCO has a rich knowledge of industrial and energy processes, a unique combination of specialist skills and multidisciplinary expertise required to plan, design, build and operate a new plant, or to automate equipment in an existing industrial facility.
WSP has a rich knowledge of energy processes, a unique combination of specialist skills and multidisciplinary expertise required to plan, design, build and operate a new plant. WSP also helps clients across all sectors unlock opportunities to meet the rising demand for power, maintain secure and reliable energy supplies, reduce greenhouse gas emissions, and deliver future schemes to help create a sustainable world. Globally, more than 5,000 employees work in Energy and Resources.
Diversifying the energy mix is the key to more resilient systems, and societies. We are helping clients to develop low-carbon solutions, maximise renewables, and explore the potential of alternatives, such as solar and wind energy.
Transmission networks are the backbone of a sustainable energy system. We are innovating the way energy is moved, from strategic route selection to converting hydrogen to ammonia, to deliver the most efficient, effective use of precious resources.
We offer comprehensive wind energy solutions—from feasibility studies and turbine selection to system integration—helping clients harness clean, renewable power through expertly engineered wind systems.
Our energy engineering team brings proven expertise in hydropower solutions—supporting clients with site assessment, system design, and integration of sustainable water-based energy sources into their infrastructure.
We optimise process energy systems by designing and integrating efficient energy storage systems -helping clients reduce operational costs, enhance performance, and meet sustainability targets across all generation options.
We work closely with our clients on consumption reduction in buildings and industry, transport and logistics planning, and residential projects.
We help regional councils unlock the potential of solar energy by delivering site-specific assessments, system design, seamless integration and supporting long-term sustainability and energy independence across communities.
PERFCO provides many services to the energy transmission and distribution sector. In New Zealand, we work with Transpower and some of the largest lines companies, including PowerCo, Vector and Orion.
supports safe and efficient decommissioning of energy assets, with a focus on minimising environmental impact and restoring sites to safe and sustainable conditions. Our team is well-versed in environmental regulations and can implement compliance strategies - even in a changing environment.
Our team merges technical talent with business acumen, providing deep industry understanding and local knowledge. We provide our clients access to global leaders with operational and executive management experience.
supports its energy clients by providing comprehensive commissioning, construction, operational, and maintenance services. This includes everything from initial system startup to ongoing performance monitoring and maintenance, helping clients extend asset life and maximise performance.
Effective engineering and design are critical for safe project development and performance. As a key provider of these services for energy clients around the world, WSP is well-versed in navigating the varying scale, risk, cost, and complexities of a project.