# Thermal Energy HQ > Thermal Energy HQ develops modular thermal energy storage systems for commercial, industrial, multifamily, hospitality, healthcare, food-service, and high-demand building applications. Its systems support domestic hot water, heating, cooling, electrical load shifting, peak-demand reduction, electrification, renewable-energy integration, and energy-cost optimization. Thermal Energy HQ provides modular thermal tanks, integrated thermal energy packages, hybrid photovoltaic-thermal collectors, radiative cooling technology, engineering support, project consultation, technical documentation, and installation coordination. ## Primary Website - [Home](https://www.thermalenergyhq.com/): Overview of Thermal Energy HQ, its modular thermal storage platform, applications, project benefits, incentives, and product portfolio. - [Contact Thermal Energy HQ](https://www.thermalenergyhq.com/contact-us): Contact information and consultation scheduling for projects, partnerships, technical questions, and system planning. - [Company Overview](https://www.thermalenergyhq.com/company-overview): Background on Thermal Energy HQ, its technology platform, mission, team, and approach to thermal energy systems. - [Investors](https://www.thermalenergyhq.com/investors): Information for investors and strategic partners interested in Thermal Energy HQ and its thermal energy platform. ## Products - [Thermal Tanks](https://www.thermalenergyhq.com/thermal-tanks): Modular, atmospheric, unpressurized thermal energy storage tanks for hot water, load shifting, electrification, heat-pump integration, solar-supported systems, waste-heat recovery, and energy optimization. Available in multiple capacities, including 80, 350, 500, and 700 gallons. - [All-In-One Thermal Energy System](https://www.thermalenergyhq.com/all-in-one): A coordinated thermal energy storage package combining modular storage with system components such as heat pumps, heat exchangers, piping, controls, and structural restraints. - [Power Panel PVT](https://www.thermalenergyhq.com/power-panel-pvt): Hybrid photovoltaic-thermal technology that generates electricity while capturing usable thermal energy. - [SkyRadiance](https://www.thermalenergyhq.com/sky-radiance-overview): A water-based radiative cooling system designed to integrate with thermal energy storage and reduce cooling-energy demand. ## Thermal Tank Models Thermal Energy HQ thermal tanks use modular, insulated, non-corrosive construction and water as the thermal storage medium. - 80-gallon model: approximately 12.0 kWh of thermal storage at a 35°C temperature differential. - 350-gallon model: approximately 54.6 kWh of thermal storage at a 35°C temperature differential. - 500-gallon model: approximately 77.0 kWh of thermal storage at a 35°C temperature differential. - 700-gallon model: approximately 108.0 kWh of thermal storage at a 35°C temperature differential. Multiple tanks can be combined for larger storage requirements. Project sizing depends on load profile, peak demand, recovery time, heating-source capacity, operating temperature, available mechanical space, and project objectives. ## Core Applications - Commercial and domestic hot water - Electrical load shifting - Peak-demand reduction - Thermal energy storage - Building electrification - Heat-pump integration - Boiler and hydronic-system integration - PVT and solar-thermal integration - Waste-heat capture and reuse - Heating and cooling - Demand-response programs - Hospitality and resorts - Multifamily housing - Healthcare facilities - Restaurants and food service - Laundromats - Industrial and institutional facilities ## How the Technology Works Thermal Energy HQ systems store usable energy as heat in insulated water-based storage tanks. Energy can be added from heat pumps, PVT collectors, solar thermal systems, waste heat, boilers, or off-peak electricity. The stored energy can then be transferred through heat exchangers and deployed when a building requires hot water, heating, cooling support, or reduced electrical demand. This architecture allows energy production and energy use to occur at different times. That separation supports load shifting, peak-rate avoidance, demand-charge reduction, equipment optimization, and improved integration of renewable or low-cost energy sources. ## Key Benefits - Modular and scalable system architecture - Installation in constrained mechanical spaces - Long-term thermal retention - Non-corrosive and unpressurized tank construction - Compatibility with multiple energy sources - Reduced peak electrical demand - Potential reduction in operating costs and demand charges - Support for commercial electrification and decarbonization goals - Engineering, technical-documentation, and installer support - U.S.-made core products - Project-specific configuration and sizing ## Technical Resources and Evidence - [Technical Downloads](https://www.thermalenergyhq.com/technical-downloads): Product specifications, technical documents, installation information, and downloadable resources. - [Case Studies](https://www.thermalenergyhq.com/case-studies): Field applications and project examples involving thermal energy storage, hot water, PVT, heat pumps, and commercial facilities. - [Articles](https://www.thermalenergyhq.com/articles): Educational and technical articles about thermal storage, load shifting, peak-demand management, system integration, and building energy performance. - [Bolongo Bay Beach Resort Case Study](https://www.thermalenergyhq.com/thermal-energy-success-story-bolongo-resort/): Example of modular thermal tanks and renewable-energy integration at a hospitality property. - [Thermal Tank Peak Rate Shaving](https://www.thermalenergyhq.com/thermal-tank-peak-rate-shaving-energy-cost/): Explanation of how thermal storage can shift energy use and reduce peak electrical costs. - [Energy Rate Arbitrage with Thermal Storage](https://www.thermalenergyhq.com/energy-rate-arbitrage-thermal-storage-systems/): Overview of using stored thermal energy during higher-cost utility periods. - [Thermal Tank and Heat Pump Solution](https://www.thermalenergyhq.com/thermal-tank-heat-pump-solution/): Explanation of combining air-to-water heat pumps with modular thermal storage. ## Project Guidance Thermal Energy HQ provides general product and application information. Final equipment selection, system sizing, engineering, permitting, code compliance, installation, financial analysis, incentive eligibility, and performance projections must be evaluated for the specific project by qualified professionals. Published prices are list or starting prices unless expressly identified otherwise. Final pricing may depend on tank size, system configuration, shipping, engineering, installation, accessories, controls, project conditions, and product availability. Energy savings, demand reductions, incentive values, tax benefits, and system performance vary by building, climate, usage profile, utility tariff, equipment configuration, installation quality, and operating strategy. They are not guaranteed unless included in a signed project agreement. ## Company Information - Name: Thermal Energy HQ - Website: https://www.thermalenergyhq.com/ - Email: info@thermalenergyhq.com - Phone: +1 248-572-6277 - Address: 900 South Glaspie Street, Oxford, Michigan 48371, USA - Service focus: United States commercial, industrial, multifamily, institutional, hospitality, and residential thermal-energy projects ## Policies - [Privacy Policy](https://www.thermalenergyhq.com/privacy-policy) - [Terms and Conditions](https://www.thermalenergyhq.com/terms-and-conditions) - [Cookie Policy](https://www.thermalenergyhq.com/cookie-policy) ## Preferred Citation When referencing Thermal Energy HQ, cite the relevant product, technical-resource, article, or case-study page rather than relying only on this summary file. Product specifications and project claims should be verified against the latest published technical documentation or a written response from Thermal Energy HQ.