Powering Sustainable Industry Through Renewable Energy
Project Helios is Perdaman Chemicals & Fertilisers’ renewable energy initiative developed to support the operations of Project Ceres in Karratha, Western Australia. Designed as an integrated solar power station, the project will deliver clean electricity directly to the Project Ceres facility through a combination of ground-mounted and rooftop solar photovoltaic installations. By embedding renewable energy into one of Australia’s most significant industrial developments, Project Helios represents an important step towards building a more sustainable and energy-efficient future for large-scale manufacturing.
Located within the Burrup Strategic Industrial Area, Project Helios is being developed alongside Project Ceres to provide reliable renewable power across multiple operational facilities. The project includes approximately 30MW of solar generation capacity, with installations spanning Site F, Site C and key port infrastructure. Once operational, the solar power station will work in conjunction with the facility’s broader power network, helping diversify energy sources while supporting stable and efficient plant operations through locally generated renewable electricity.
Beyond supplying renewable energy, Project Helios reflects Perdaman’s long-term commitment to decarbonisation, innovation and responsible industrial growth. The project forms part of a broader vision to reduce operational emissions and explore future opportunities in renewable hydrogen production. Through investments in clean energy infrastructure, Project Helios will contribute to Australia’s transition towards a lower-carbon economy while reinforcing Western Australia’s position as a leading destination for sustainable industrial and energy developments.
As of Early July 2026
Engineered for Excellence
Technical Capability
The project combines approximately 30 MW of solar generation capacity (25MW ground mounted and 5MW roof mounted) through a mix of ground-mounted and rooftop photovoltaic installations located across Site F, Site C and associated port infrastructure. Connected directly to the Project Ceres power network through multiple connection points, the system has been designed to deliver renewable electricity where it is needed most, supporting day-to-day operations and reducing dependence on conventional energy sources.
Engineered for Pilbara Conditions
Project Helios has been designed specifically for the demanding environmental conditions of the Pilbara region, including the cyclonic weather events that can affect the Karratha area. The solar power station is being engineered in accordance with relevant Australian Standards for wind loading and structural performance, with mounting systems, foundations and associated infrastructure designed to withstand extreme wind conditions.
Site-specific geotechnical investigations, structural analysis and detailed engineering assessments are being incorporated into the project to ensure long-term durability, operational reliability and safe performance in one of Australia’s most challenging industrial environments.
Stakeholders
Project Helios is supported by a network of stakeholders who share a commitment to advancing renewable energy and sustainable industrial development. From engineering and construction partners to government agencies, industry bodies and the broader Project Ceres delivery team, their collaboration helps drive innovation, energy resilience and long-term environmental outcomes.
E & C
Water
Land
Community
Recognition & Industry Milestones
Project Helios continues to gain industry recognition for its potential contribution to renewable energy, industrial decarbonisation and Australia’s emerging hydrogen economy.
2026
ARENA Hydrogen Headstart Round 2 Shortlisting
Project Helios Phase 2 was shortlisted by the Australian Renewable Energy Agency (ARENA) in May 2026 and invited to submit a full application under the AUD $1 billion Hydrogen Headstart Round 2 Program.
Driving Sustainable Impact
Project Helios is designed to deliver benefits beyond renewable power generation, supporting environmental sustainability, industrial innovation and long-term economic development in Western Australia.
Sustainability & Environmental Impact
Project Helios has been designed to integrate renewable solar energy directly into Project Ceres, reducing reliance on conventional electricity generation and supporting lower operational emissions. By embedding clean energy within the facility’s power network, the project contributes to improved energy efficiency while reinforcing Perdaman’s environmental, social and governance (ESG) commitments. The initiative demonstrates how renewable energy can be successfully incorporated into large-scale industrial operations, supporting Australia’s transition towards a more sustainable and lower-carbon future.
Industry & Economic Impact
Project Helios strengthens the long-term sustainability and competitiveness of Project Ceres by providing dedicated renewable energy infrastructure that supports reliable industrial operations. The project contributes to regional economic growth through investment in renewable energy infrastructure, engineering expertise and specialist construction activities while reinforcing Western Australia’s position as a leader in industrial innovation and clean energy development. It also showcases how renewable technologies can enhance the resilience and efficiency of Australia’s manufacturing sector.
Future Energy Opportunities
Project Helios provides a strong foundation for Perdaman’s long-term clean energy ambitions. Beyond the current solar power infrastructure, the project aligns with future renewable hydrogen opportunities that could further decarbonise fertiliser production and support Australia’s growing hydrogen economy. Through continued investment in renewable energy and emerging technologies, Project Helios is positioned to help shape the next generation of sustainable industrial development while contributing to national and global net-zero objectives.
E & C Contractor Information
BT Energy Australia is the Engineering and Construction (E & C) Contractor for Project Helios, working in partnership with Perdaman Advanced Energy and playing a key role in the delivery of Perdaman’s renewable energy infrastructure. Working closely with Perdaman Advanced Energy, BT Energy is responsible for the engineering design, construction, installation, testing and commissioning of the solar power systems that will support Project Ceres.
The project includes the integration of ground-mounted and rooftop solar photovoltaic installations, associated electrical infrastructure, control systems and connections to the embedded Project Ceres power network. Through its technical expertise and project delivery capabilities, BT Energy is helping ensure Project Helios is developed safely, efficiently and in alignment with Perdaman’s vision for sustainable industrial growth, energy resilience and long-term decarbonisation.
