From Concept to Ocean Deployment
Twin Ocean Power Development Timeline
2008 – Initial design and concept development begins.
2009 – Early patent filed to protect core innovations.
2010 – Utility patent application completed, consolidating intellectual property.
2014 – Patent officially granted.
2016 – First 1/30 scale prototype successfully tested in a controlled wave tank environment.
2024 – 1/15 scale prototype tested in laboratory settings, validating design improvements and performance metrics.
The Journey of Innovation
Twin Ocean Power represents years of dedicated research, engineering, and testing focused on unlocking the immense potential of ocean waves as a clean energy source. Building upon foundational wave energy converters such as the Pelamis system, our team reimagined key components to create a simpler, more efficient, and scalable solution designed for real-world deployment.
Concept and Design Phase
The initial phase centered on a thorough analysis of existing wave energy technologies and identification of key limitations — including complex hydraulics, maintenance challenges, and scalability issues. Inspired by this, we developed a tri-body, modular design featuring six buoyant cylinders configured for optimal wave interaction.
Our design leverages direct mechanical power take-off systems to maximize energy conversion efficiency and reliability. Extensive CAD modeling and dynamic simulations refined the structure to adapt seamlessly to varying sea states, ensuring durability and operational stability.
Laboratory Testing
Rigorous laboratory testing was conducted at the O.H. Hinsdale Wave Research Laboratory, where scale models of Twin Ocean Power were subjected to simulated ocean conditions. We meticulously measured power output, motion responses, and mechanical stresses to validate the device’s performance and resilience.
These tests provided critical insights that informed improvements in buoyancy control, PTO efficiency, and structural integrity, laying the groundwork for our transition to prototype development.
Prototype Development
With lab validations complete, we engineered a portable prototype designed for open water trials. The prototype integrates modular components for easy transportation and assembly, addressing practical deployment considerations.
Throughout prototype fabrication, we addressed challenges such as material selection for corrosion resistance, optimal articulation of pivoting arms, and robust torque management systems. Each iteration refined the balance between performance, maintenance accessibility, and cost-effectiveness.
Open Water Testing and Validation
Our next milestone is comprehensive open ocean testing at the PacWave site in Oregon, a premier facility for marine energy validation. These trials will evaluate the prototype’s real-world operational capabilities, including energy capture efficiency, system durability, and maintenance needs under diverse sea conditions.
Data collected will guide final design optimizations and support certification efforts essential for commercial deployment.
Roadmap to Commercialization
Twin Ocean Power is on a clear path to becoming a commercially viable wave energy solution. Following successful open water validation, we plan to scale production, engage strategic partners—especially in data center and AI sectors—and pursue government and private sector funding.
Our vision is to integrate Twin Ocean Power within the global clean energy landscape, providing a reliable, sustainable power source that complements wind and solar while advancing the decarbonization of energy-intensive industries.