CalWave and SKF Partner to Scale Wave Energy
The two companies are collaborating to move wave energy technology from pilot demonstrations to industrial-scale production.
Updated on Oct. 30, 2026 in Energy
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CalWave and SKF have signed a Memorandum of Understanding to integrate specialized engineering components into submerged wave energy systems. This partnership focuses on transitioning from project-based development to large-scale commercial manufacturing.
Why it matters
The collaboration aims to transform wave energy into a reliable and scalable product that can support a viable, long-term business model. It shifts the industry toward standardized production to prepare for future utility-scale power grid integration.
CalWave achieved 7,000 hours of operation and 99 percent uptime during its x1 pilot demonstration in San Diego. The company has already completed the utility-scale design for its x2 system and begun the fabrication process.
The players
CalWave
This California-based company designs and develops submerged systems that capture energy from ocean waves.
SKF
This industrial firm designs and manufactures specialized components and has spent 15 years working on tidal turbine technology.
The details
SKF will supply essential mechanical parts including bearings, sealing, and lubrication systems to assist in CalWave’s design process. The companies are preparing to deploy the new x2 system at the PacWave South test site to supply electricity to the power grid.
Timeline
The partnership was announced at the ICOE OEE event in 2026.
The Big Picture
This move marks a shift toward industrial standardization for wave energy, following the model established by the PacWave South test site. It bridges the gap between successful prototype demonstrations and the large-scale equipment manufacturing necessary for wider adoption.
The transition to industrial-scale production could eventually lead to lower electricity costs and more consistent power generation from renewable ocean sources. Scaling this technology is a critical step toward integrating wave-generated electricity into national and regional power grids.
The takeaway
Reliable renewable energy depends on moving from successful prototypes to durable, mass-produced hardware. By leveraging established industrial expertise, emerging energy firms can accelerate the timeline for bringing ocean power to the grid.
Further reading
Learn more about the latest innovations in Energy.
Live Poll
Do you believe emerging wave energy technology will successfully provide reliable, affordable electricity for the nation?
