Applied Thermoelectric Solutions LLC

Thermoelectric Engineering Services

We engineer thermoelectric cooling and thermoelectric generator systems to help companies and research teams move from concept to validated designs.

Companies · Research Teams · Government & SBIR Programs

A top view of a VoltaTherm® battery thermal management system for a lithium-ion battery module and pack. The image shows a solid-state battery thermal management system (BTMS / BTM) fitted to a ParaThermic® battery module / pack.

What We Do

We provide hands-on engineering support across the full thermoelectric system, from early analysis to working prototypes.

Early-stage thermoelectric feasibility study evaluating performance limits and system constraints

Thermoelectric Cooling & Power Systems

Engineering support for solid-state thermoelectric cooling systems and thermoelectric power generation applications.

Physics-based thermoelectric modeling and simulation illustrating thermal and electrical behavior

Modeling, Simulation & Analysis

Thermal, electrical, and coupled modeling to inform thermoelectric generator and thermoelectric cooling system design decisions and reduce technical risk.

Thermoelectric research and development focused on advanced device architectures and system performance

Applied Research & Prototyping

Hands-on development of thermoelectric generator and cooling devices, interfaces, and system-level architectures.

An Engineering Partner, Not a Product Catalog

Applied Thermoelectric Solutions provides thermoelectric engineering services focused on analysis, design, and prototype development. In addition to hands-on engineering work, we also offer engineering consulting engagements that support feasibility studies, system evaluation, and technical decision-making.

Thermoelectrics in Real Systems

Thermoelectric devices rarely operate in isolation. Their performance is shaped by the surrounding mechanical, thermal, electrical, and system-level constraints.

We support thermoelectric development in the broader context of the full system, including applications involving challenging heat flows, constrained geometries, and tightly coupled thermal and electrical requirements.

  • Battery thermal management and energy storage systems

  • High-temperature and concentrated heat environments

  • Scientific, industrial, and medical instrumentation

Thermoelectric cooling system prototype grounding block and electrical connection

Selected Work

Our work spans thermoelectric cooling, thermoelectric generator systems, and integrated thermal–electrical architectures. Representative examples include:

  • Custom thermoelectric cooling prototype for constrained thermal environments

  • Solar thermoelectric generator feasibility and system-level modeling

  • Integrated thermoelectric support for advanced battery thermal research

Thermoelectric cooling and power generation systems for solid-state energy conversion

How Projects Start

  1. Introductory technical discussion
  2. Definition of scope, assumptions, and deliverables
  3. Analysis, modeling, prototyping, or consulting work aligned with project objectives
  4. Results that inform design decisions, support internal investment justification, or define next steps

Have a thermoelectric challenge to solve?

  • Tell us what you are building and what the thermoelectrics need to do.