At Re:Build DAPR, we design and develop advanced Thermal Energy Storage (TES) systems that help clients store, manage, and reuse thermal energy across a wide range of industrial and energy applications. Whether it’s maximizing process efficiency, enabling clean energy integration, or unlocking new manufacturing capabilities, our thermal storage solutions are engineered for performance, scalability, and sustainability.
Thermal energy is often wasted, but it doesn’t have to be. We design systems that store it intelligently, release it precisely, and turn excess heat or cold into long-term value.
We capture heat and cold energy where others lose it, maximizing energy recovery and minimizing waste.
Our TES systems interface with reactors, kilns, turbines, and cryogenic infrastructure, tailored to your process.
From pilot platforms to grid-scale energy systems, we build solutions that scale with your operation.
We develop thermal energy storage systems for a wide range of temperatures, applications, and performance requirements.
We manage the entire TES lifecycle, from feasibility to field deployment, with mechanical, thermal, and controls expertise under one roof.
We design TES systems to work in real industrial conditions, accounting for safety, space, economics, and process constraints.
Whether powered by fossil, electric, or renewable systems, our TES solutions support your energy strategy.
We bring deep R&D knowledge into manufacturable, scalable systems that perform in the field.
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