Solar Waves currently deployed in pilot projects around the world.
Using the same MegaWaves, structural identical units, Solar Waves is currently successfully deployed on land and on water. The proof for pre-assembled solar arrays, being deployed on vastly different terrain, needing just adjusted supports to be set up.
A Solar Waves pilot deployment focused on irrigation canals, canal-adjacent solar generation, and the potential to combine power production with water infrastructure benefits.
A Solar Waves deployment pilot in remote Australian conditions, combining robust pre-assembled solar infrastructure with rapid installation logic and reduced field complexity.
A Solar Waves pilot deployment focused on irrigation canals, canal-adjacent solar generation, and the potential to combine power production with water infrastructure benefits.
Solar Waves is currently deployed over narrow water irrigation Canals in Turlock, California. The dual use of space and Solar Waves outstanding capabilities to preserve water by the means of shading and air flow are proven by this deployment.
The pre-assmelbed MegaWaves enable simple logistics. After setting up the rail support system on the sides of the canal, the arrays can be unfolded on the rails.
Solar Waves exces through its low build and air pockets underneath the pitchd roof in water evaporation reduction.
A Solar Waves deployment pilot in remote Australian conditions, combining robust pre-assembled solar infrastructure with rapid installation logic and reduced field complexity.
Billabong, Western Australia represents a remote-site deployment context where logistics, reduced field assembly, and robust support systems are central to project viability.
Solar Waves can be transported as a pre-assembled appliance and deployed with fewer site-built operations, supporting faster rollout in difficult or remote environments.
By pre-assembling and pre-configuring the MegaWaves in the factory, a small crew is enough. Solar Waves is designed for reduced labor in the field.
Each project context uses the same core principle: move complexity out of the field and into the factory, then adapt the support system to the deployment environment.
Discuss pilot projects, site fit, deployment requirements, and support-system fit with the Solar Waves team.