01
Define thermal target
Set the target temperature or cooling demand through the control interface.
TRCS ARCHITECTURE • ACTIVE COOLING CONTROL
Portable cooling solution with embedded refrigeration.
On the market, cooling solutions are often either short-lived ice-pack systems or simple ventilation setups. THERMOGYS develops a portable, compressor-based cooling solution for private users and professionals who need sustained thermal relief in real heat.
Portable active cooling
Sustained thermal relief
Private & professional use
System Capabilities
In active development
01
Thermal sensing
Sensor placement and body mapping
02
Embedded response
Low-latency control logic
03
Active heat extraction
Compact closed-loop thermal management
Why it matters
Most field cooling systems are either short-lived or underpowered.
Current solutions generally fall into two industrial failure modes:
- Ice-pack based cooling with limited duration and no active thermal control.
- Ventilation-only systems that rely on airflow without embedded refrigeration.
THERMOGYS combines wearable form factor, embedded refrigeration and closed-loop control for stable thermal regulation in demanding conditions.
- Portable active cooling for personal and professional use.
- More than ventilation: true thermal regulation.
- Built for sustained comfort in high-heat environments.
- Precision-controlled PID algorithm for adaptive, real-time thermal response.
- Modular architecture optimized for seamless OEM integration.
- Mitigates physiological stress to sustain cognitive performance in critical roles.
How it works
Compact embedded refrigeration with precise closed-loop control.
Configure a thermal setpoint, engage the refrigeration system, and maintain stable temperature through intelligent PID regulation.
02
Activate refrigeration
The compressor and pump engage to provide active thermal extraction, not simple airflow.
03
Sustain thermal stability
PID-based control holds the system at the selected setpoint despite external load changes.
Use cases
Built for people who need more than a fan or a temporary solution.
The same architecture can support private comfort, field use, and professional heat-exposure scenarios.
Industrial workers
For long shifts in hot environments, where comfort and thermal safety are tightly linked.
Outdoor and field use
For people exposed to sun, heat, and sustained physical effort in demanding conditions.
Private and professional wear
A wearable solution that goes beyond passive systems and brings active thermal relief.
Concrete applications
Three quick examples of where the system is aimed.
Technology
TRCS Architecture: Portable Embedded Refrigeration.
Our proprietary Thermo Regulated Cooling Systems (TRCS) architecture delivers precise, active thermal control optimized for wearable integration.
Portable cooling architecture
A compact, compressor-based cooling path built for wearability and sustained use using R1234yf.
Embedded regulation
Sensing and control logic tuned to maintain stable thermal performance in real conditions using PID control.
Wearable integration
A format designed for integration into personal gear and professional equipment.
OEM & Technology Licensing
Demonstrating TRCS with a pilot partner.
The TRCS architecture is currently deployed in an exclusive pilot with a partner in the industrial wearable sector. Our production capacity is dedicated to optimizing this first field iteration rather than accepting broad public orders.
Proprietary Core System
Our algorithmic logic and fluid routing architecture are standardized, tested, and exclusive to our framework.
OEM Integration (Sales)
We supply the thermal modules and logic controllers for direct integration into your manufactured gear.
Application R&D
Our engineering consulting is strictly dedicated to adapting our system's form factor to your product's constraints.
Licensing & Supply
Flexible B2B models ranging from compiled software licensing (.hex) to complete hardware module supply.
DEVELOPMENT TIMELINE
R&D Roadmap & Work Packages
A visual roadmap for the TRCS demonstrator, with clear milestones, active work packages, and the next validation phases.
Nov 2025 — Sept 2026
Phase 1 - CompleteTheoretical Framework & Feasibility
Thermodynamic modeling and component sourcing. This phase culminates in a technical validation report, establishing the foundational architecture for embedded refrigeration.
Ongoing
Phase 2
We are here
Parallel Work Packages
Concurrent engineering tracks to accelerate deployment and drive the demonstrator into field validation.
- WP1 - Hardware Prototyping: Physical integration of the micro-compressor, heat exchangers, and fluid routing.
- WP2 - Control Logic: Development of the automated PID algorithm for low-latency thermal regulation and sensor data processing.
Upcoming
Phase 3Field Testing & Validation
Exclusive deployment with our pilot partner. Real-world testing to validate thermal endurance, mechanical resilience, and physiological stress mitigation.
Future
Phase 4Architecture Iteration & OEM Supply
Hardware optimization based on field telemetry and the transition to OEM supply integration.
Contact us
Bring THERMOGYS into your next product.
We are not accepting new public orders at this time. For future R&D discussions or to be informed when OEM licensing opens, contact us.