DfMSA™

Our engineering methodology focuses on Design for Manufacturing, Shipping, and Assembly (DfMSA) principles, ensuring that individual components and subsystems are optimized for efficient production, logistics, and on-site assembly. By integrating modular design, we enhance scalability and flexibility while reducing complexity in both manufacturing and deployment. Our approach prioritizes low-cost builds and storage, leveraging standardized, easily transportable components to minimize overhead and maximize cost-effectiveness. Additionally, we emphasize the use of abundant materials, ensuring sustainability, supply chain resilience, and affordability without compromising performance. This methodology streamlines production while improving overall efficiency, durability, and adaptability in diverse applications.

vision for the future

UNLOCKING ALL

<500°C

SOLAR HEAT FOR INDUSTRIAL

PROCESSES APPLICATIONS

Optimum Performance

The enclosure has been optimized to provide structural support with thin profiles to minimize shading and maximize light transmission through a tough but remarkably clear membrane. 

Modular Design

Our system is designed with modularity in mind to allow for simple shipping, commissioning, scalability, and maintenance while keeping costs low and construction cycles down. 

automated controls

Automated single axis solar tracking and remote monitoring and control allows building operations to easily integrate in a centralized control room alongside the existing building management system (BMS).

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