Integrated clean energy for power grid stability and decarbonisation
Low cost green hydrogen to stimulate the hydrogen economy
Why
Choose Us
Innovative integrated clean energy technology
Our solutions are backed by proven and commercially available technologies. This technology can supply low cost green hydrogen, and support power grid decarbonisation and stability.
Deep insight to both hydrogen and energy technologies and markets
We are experts in the field of green hydrogen and power generation. We are committed to renewable hydrogen commercialisation and reliable power supply during energy transition.
Profitable business model
We understand the electricity markets and energy policies well, and developed the technology that is flexible in design and operation modes to meet both market and environment requirements. The technology is scalable, replicable and commercially viable.
First Element Energy
Our Technology
We believe the world should be better for future generations to come. Technology and collaboration are the key to fight the climate change.
Climate change poses a huge risk to every living thing on the planet. Our technology helps energy transition and build a better future.
First Element Energy
Our Projects
We are developing projects using our integrated clean energy technology in Australia, and aiming for more opportunities in other electricity markets as well as downstream hydrogen applications.
No Sun, No Wind, Depleted Batteries?
No Problem.
Electricity supply is essential for modern society. First Element Energy’s technology provides flexible firm capacity to ensure smooth energy transition.
First Element Energy
Who We Are
First Element Energy
was founded by hydrogen and infrastructure experts to innovate and commercialize hydrogen production and application
Our Vision
Produce the lowest cost green hydrogen in the world
To be the first profitable green hydrogen company in Australia
Support energy transition of power industry and other hard to abate industries
Our core
values
Trust
Innovation
Responsibility
Collaboration
Flexible design and operating modes based on market conditions to meet environment requirements and transition to zero emissions by 2050 or earlier
