Enchanted Rock’s in-house production and delivery capabilities are a core part of our fully integrated model. Our 400,000-square-foot Houston-based facility brings together system assembly, testing, and engineering under one roof, enabling us to deliver reliable, high-performance power solutions at scale.
Our approach to production and delivery provides greater flexibility in the face of growing demand and supply chain challenges. With the ability to assemble, test, and validate systems internally, we reduce reliance on extended supplier lead times while maintaining consistent performance standards. The site is designed to support 24/7 operations and continuous production at scale.
By maintaining control over key stages of production –– from component integration through final testing –– we streamline deployment timelines, strengthen quality assurance, and support the growing demand for distributed energy resources as large loads continue to come online.
Assembly and Production
Integrated Assembly: Key system components are brought together through a structured process that includes inspection, inventory management, subassembly, and final genset assembly.
Quality Control: Each stage of production is designed to maintain consistency, performance, and reliability across every system delivered.
Scalable Production: Our facility is built to support increasing production volumes while maintaining flexibility to adapt to changing customer and market demands.
Integrated Supply Chain: Systems are designed, assembled, and configured in-house, while leveraging established manufacturing partners for key components, supporting quality control, flexibility, and speed to market.
Testing
Comprehensive Validation: Systems undergo rigorous performance and emissions testing to ensure reliability under real-world operating conditions.
Endurance and Performance Standards: Testing protocols are designed to simulate a wide range of operating scenarios, from full-load conditions to dynamic cycling and environmental stress.
Streamlined Commissioning: Dedicated test infrastructure, including factory acceptance testing and on-site validation, supports efficient deployment and consistent system performance.
Research and Development
Data-Driven Innovation: We leverage operational data and field experience to continuously refine system design and performance.
Rapid Iteration: Co-located engineering and production teams enable faster testing, validation, and implementation of design improvements.
Customer-Driven Design: Ongoing collaboration with utilities, regulators, and customers ensures our solutions meet evolving requirements while maintaining a balance between performance, emissions, and footprint.
Our 400,000-square-foot production facility in Houston brings assembly, testing, and engineering together under one roof, allowing us to efficiently manage supply chain and quality control.
Our facility is designed to support scalable production of our latest technologies, including the ERT500TM natural gas generator and RockBlock™ modular power systems. Rockblock™ units are designed for flexible deployment and scalable capacity, enabling customers to match power needs across a range of applications.
These systems are engineered to deliver dispatchable, utility-grade power for bridge prime power, flexible capacity, resiliency and grid support applications.
Your Clean Power Solution
Enchanted Rock’s distributed generation platform is designed to meet the full spectrum of operational needs, from hospitals and retail stores, single-facility microgrids to hyperscale data centers and large manufacturing facilities.
ERT500™
Purpose-built for facilities that need flexibility without compromise, delivering proven reliability, compliance-ready operation, and modular scalability.
RockBlock™
Modular onsite system leverages predictive maintenance and monitoring to deliver uninterrupted power during long-duration outages.
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Let’s Build Something That Works—Even When the Grid Doesn’t
Ready to bring reliable, cleaner power to your operations? Partner with the team that’s engineered and built microgrids that perform in the most demanding conditions in the country.