Thermal Tanks
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Long-lasting. Cost-efficient. Easy to install.
Our patented thermal energy storage system (TES) captures and stores energy for electrical load shifting, heating, cooling, hot water, and more. Its modular design enables fast deployment in commercial and residential environments, including spaces where traditional systems are difficult or impossible to install.
Inflation Reduction Act (Investment Tax Credit), Section 179D, California energy incentive programs, Local Law 97, and more.
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Select a date and let’s discuss your facility, project requirements, or application goals.

Thermal Energy HQ systems enable users to reduce peak electrical demand, improve operating efficiency, and support heating, cooling, and hot water systems with greater flexibility.
Unlike traditional large-format systems, our modular architecture enables faster installation, scalable deployment, and greater adaptability in constrained environments.
Fill it once with standard water and benefit from long-lasting, low-maintenance performance.
Reduce utility costs and peak demand charges by storing thermal energy during off-peak periods and deploying it when energy demand and pricing are highest.
Capture and store thermal energy from heat pumps, PVT solar, waste heat, and off-peak electricity while scaling system capacity over time.
Thermal Energy HQ systems are designed for environments where hot water demand, energy efficiency, and operational reliability are critical, including hospitality, multifamily housing, healthcare, restaurants, laundromats, and other high-demand facilities.

"Thermal Energy HQ really did what they said they were going to do. They just installed their system, which now allows us to have all the hot water we need for our guests and use the sun’s energy to do it with no electricity needed."
Managing Director

". . . You always need reliable hot water for handwashing, cleaning, and food prep. The efficiency this system brings to the kitchen is a game changer, and that’s exactly what Thermal Energy HQ delivered."
Head Chef

"Working with Thermal Energy HQ gave us confidence from the start. They understood the demands of a multi-unit property and delivered a system that improved hot water reliability for our residents."
Property Manager
Thermal Energy HQ supports the teams responsible for reducing energy costs, improving system reliability, and deploying practical electrification infrastructure across commercial and industrial buildings.
Design modular thermal storage systems around real load profiles, available mechanical space, and project performance requirements.
Deploy tank-based thermal infrastructure with modular components designed for practical installation, retrofit work, and constrained mechanical rooms.
Reduce peak demand, improve hot water reliability, and support long-term operating cost control with scalable thermal energy storage.
Gain a more flexible thermal system designed to support daily hot water, heating, cooling, and load-shifting demands.
Use thermal storage as a grid-support tool for demand response, peak load reduction, and electrification incentive programs.
Advance decarbonization goals with systems that support heat pumps, solar thermal capture, waste heat recovery, and energy efficiency programs.
Mechanical engineers, contractors, building owners, developers, facility managers, program partners, sustainability teams and everyday homeowners chose Thermal Energy HQ for its unique modularity, project-friendly design and long-term benefits.
Core Thermal Energy HQ products are manufactured in the United States, supporting domestic supply chains, quality control, and project confidence.
Patented modular thermal storage architecture engineered for scalable deployment, long-term durability, and system-level performance.
Tank-based modular infrastructure simplifies expansion, supports constrained mechanical spaces, and adapts to project-specific load requirements.
Pre-configured modular components help accelerate installation timelines, simplify retrofit integration, and reduce field complexity.
Thermal Energy HQ systems are built on real-world applications, field-tested components, and practical performance in demanding environments.
Our team supports engineers, contractors, and owners with system planning, product selection, layout guidance, and project-specific design coordination.

Thermal Energy HQ helps project teams evaluate how modular thermal storage aligns with available funding opportunities, operational goals, and building performance requirements to ensure clients maximize the value of available incentive programs.
Regional utility and electrification programs may help reduce upfront installation costs for thermal efficiency and energy infrastructure upgrades.
Thermal energy storage may help reduce peak electrical demand and support participation in utility efficiency initiatives.
Commercial efficiency programs may reward projects that improve long-term operating performance and reduce energy consumption.
Thermal storage infrastructure can support evolving building performance standards and long-term decarbonization goals.
Every Thermal Energy HQ solution starts with the Thermal Tank. From there, systems can be configured with heat pumps, PVT collectors, radiative cooling, controls, and supporting infrastructure based on the project’s load profile and site requirements.
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Modular thermal storage infrastructure designed to capture, store, and deploy energy across commercial and residential applications.
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Complete thermal energy systems configured for scalable deployment, long-term efficiency, and building-specific operational requirements.
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Advanced radiative cooling technology engineered to improve commercial cooling efficiency and thermal performance.
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Hybrid solar collectors that generate electricity while capturing usable thermal energy for storage and later deployment.
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Dual-output solar technology generating power and thermal energy simultaneously.
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Advanced radiative cooling systemdesigned to deliver ultra-efficientcommercial cooling.
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Thermal Energy Storage System kittedwith all components required for longterm use. From heat distribution toseismic restraints and more.
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