High-Temperature Thermal Storage

Efficient Energy Solutions with High-Temperature Thermal Storage

Transform your business or public sector operations with scalable, cost-effective, and sustainable thermal storage solutions.

Tell us about your project

Free Energy Audit

What is High-Temperature Thermal Energy Storage (TES)?

High-Temperature Thermal Energy Storage (TES) is a cutting-edge technology that captures and stores heat in solid materials, such as rocks, concrete, or ceramics. It enables businesses to:

What is TES?

High-Temperature Thermal Energy Storage (TES) captures and stores heat in durable materials like rocks, concrete, or ceramics, offering cost-effective and sustainable energy solutions.

Find out more >

How TES Works

TES systems use materials with high thermal capacity to absorb, store, and release heat efficiently, supporting industrial and renewable energy applications.

Find out more >

TES Applications

From grid energy stabilization to industrial heating and renewable energy storage, TES enhances efficiency across multiple sectors.

Find out more >

Key TES Benefits

TES is cost-effective, lasts up to 50 years, stores heat up to 1,500°C, and provides scalable energy solutions tailored to your needs.

Find out more >

Some useful information

Finacila Options For BESS

Porównanie technologii magazynowania energii:

Applications of High-Temperature Thermal Storage

Explore innovative applications of thermal storage to optimize efficiency, reduce costs, and promote sustainability in industrial and energy systems.

Industrial Waste Heat Recovery

Capture and store high-temp waste heat from factories for reuse, reducing energy costs and emissions in industries.

Renewable Energy Storage Integration

Store surplus renewable energy as high-temp heat, stabilizing the energy grid and promoting sustainable power use.

Enhanced District Heating Systems

Use thermal storage to balance heat supply and demand in district heating, improving efficiency in urban areas.

Combined Heat and Power (CHP) Optimization

Implement thermal storage in CHP plants to optimize heat and electricity generation, enhancing system efficiency.

Power Plant Load Management

Use thermal storage to shift power generation times in coal or bio plants, matching supply with demand and reducing peak loads.

Industrial Process Heat Supply

Store high-temp heat for industrial processes, increasing operational flexibility and energy efficiency in manufacturing.

What TES we Implement

Free Energy Audit

What to Consider When Choosing Commercial Thermal Energy Storage

Unlock smarter energy solutions by evaluating these key factors to identify the perfect thermal energy storage system for your business.

Free Energy Audit

Evaluate your business’s heating and energy requirements, peak energy usage, and integration potential with renewable sources to determine the ideal TES system.
Choose durable and efficient materials like rocks, concrete, or ceramics based on temperature range, energy density, and application needs.
Ensure the TES solution is flexible enough to grow with your business, supporting expanded energy demands or new industrial processes.
Analyze the total cost of ownership, including installation, maintenance, and energy savings, to achieve the best return on your investment.
Invest in TES systems with proven durability that can withstand frequent thermal cycling and provide reliable performance over decades
Utilize advanced energy management systems to monitor heat storage, optimize performance, and seamlessly integrate with your existing infrastructure.
Adopt TES solutions using recyclable and natural materials, reducing your carbon footprint and aligning with sustainability goals.
Adopt TES solutions using recyclable and natural materials, reducing your carbon footprint and aligning with sustainability goals.

Advancements in Thermal Storage Technology

Solution Providers

Affordable and Sustainable Solutions

TES systems are 2-3 times cheaper than batteries, offering an economical solution for large-scale energy needs.

Find out more >

Long-Lasting Performance

TES systems last up to 50 years, enduring thermal cycling with minimal maintenance and consistent performance.

Find out more >

Enhanced Energy Efficiency

TES systems can store heat up to 1,500°C, supporting advanced industrial processes and efficient power generation.

Find out more >

Free Energy Audit

Powering Your Business with Advanced Energy Storage Solutions

We design, construct, and support your business with tailored energy storage systems to maximize efficiency, sustainability, and energy independence.

Our Expertise at a Glance

Leaders in delivering innovative, efficient, and cost-effective solar solutions tailored to your business needs.

Tailored systems designed for your specific business needs.
Direct collaboration with producers ensures the best equipment at optimal prices.
High-quality solutions delivered at cost-effective rates.

Audit

Comprehensive energy assessments tailored to identify savings and optimize performance.

Finded out more >

Engineering

Our expert team designs customized energy systems to ensure maximum efficiency, reliability, and alignment with your business goals.

Construction

We deliver reliable, high-quality construction services, ensuring your renewable energy systems are installed on time and built to last.

Battery as a Service (BaaS)

Flexible subscription-based access to battery storage, with no upfront costs. Scalable systems tailored to your energy needs, minimizing risks.

Kontakt

Frequently Asked Questions About High-Temperature Thermal Storage (TES)

Everything You Want to Know About Thermal Energy Solutions.

What is the primary function of a TES system in a commercial energy setup?

TES stores high-temperature heat for later use, balancing energy supply and demand, reducing costs, and enhancing system efficiency.

How does TES support renewable energy integration?

TES stores surplus renewable energy as heat, ensuring a steady energy supply during low generation periods and stabilizing the grid.

What are the main materials used in TES systems?

Materials like rocks, concrete, and ceramics are commonly used for their affordability, durability, and high thermal capacity.

How long can a TES system operate reliably?

TES systems have a lifespan of up to 50 years, offering consistent performance with minimal maintenance over decades.

How does TES improve industrial energy efficiency?

TES captures and reuses waste heat from industrial processes, reducing energy consumption, emissions, and operational costs.

Can TES systems be scaled for different applications?

Yes, TES solutions are highly scalable, suitable for small industrial plants, district heating networks, and large grid-scale projects.

What is the maximum temperature TES systems can store?

Modern TES systems can store heat at temperatures as high as 1,500°C, supporting advanced industrial processes.

How does TES compare to electrical energy storage?

TES is 2-3 times cheaper than batteries and provides a sustainable alternative for applications requiring heat storage.

What role does an EMS play in managing TES systems?

Energy Management Systems (EMS) optimize heat storage and release, ensuring efficient operation and integration with existing infrastructure.

What industries benefit most from TES?

TES is ideal for industries with high thermal demands, including manufacturing, steel, chemical production, and district heating networks.