High-Temperature Energy, Built to Operate.

Engineering, components, and structured solutions for thermal energy storage in industrial applications.

About Us

MoSt²Energy is a spin-off of the German Aerospace Center (DLR) and stands for high-temperature energy systems designed to operate reliably in industrial environments.

We develop, structure, and deliver solutions for thermal energy storage — from system architecture to quality-critical components.

Logo
Our focus is on:
  • technical robustness
  • controllable media quality
  • clean integration into existing processes
  • reliable long-term operation
MoSt²Energy combines engineering expertise with specialized hardware — with the objective of not only designing high-temperature systems, but making them sustainably operable in real-world applications.
molten salt CSP
2017-03-24 TESIS (gross)_2-1
molten salt CSP 2

Why MoSt²Energy?

Tailored solutions for complex energy systems

High-Temperature Technology

Optimized systems for efficient thermal energy storage.

Corrosion Protection

Reliable protection against environmental impact and material degradation.

Engineering Expertise

Tailored solutions for complex energy systems.

Materials Expertise


Advanced materials for durable, high-performance components.

Safety

Structured measures for reliable and secure operation.

Services of MoSt²Energy

We design, analyze, and optimize high-temperature energy systems based on in-depth process and materials expertise.

Engineering & Consulting

  • Process Design
  • Safety Assessment
  • Modeling

Analysis

  • Health Indexing
  • Regeneration
  • Monitoring

Sensors

  • Sampling Systems
  • Test Loops
  • Integration Support

Why High-Temperature Thermal Storage?

Erfahren Sie, wie unsere Expertise in Hochtemperatursystemen maßgeschneiderte Antworten auf komplexe Energiefragen liefert.

molten salt CSP 3

Stabilizing Renewable Energy

Wind and solar output fluctuates. High-temperature storage converts surplus electricity into controllable industrial heat and supplies energy when generation drops. It transforms volatility into operational flexibility.

Decarbonizing Industrial Heat

Process heat is one of the largest sources of industrial emissions. High-temperature storage enables the replacement of fossil-fired systems with electrified, low-carbon heat — even at demanding temperature levels.

Improving System Economics

Thermal storage reduces peak demand, increases asset utilization, and enables cost-efficient power-to-heat operation. The result is greater energy resilience and improved operating margins.

Do you have questions or suggestions? We are happy to assist.

Contact us by email, or via our contact form. We aim to respond to your inquiry as promptly as possible.

Rufen Sie uns an

+49 151 8474554

E-Mail sending

info@most2energy.com

Send request now