SOLECOOLER
French deep-tech startup developing battery-free thermodynamic insoles that produce heating or cooling using mechanical energy from walking. The company has commercialized multiple insole variants, is developing a battery-free connected insole for foot‑health monitoring, and reports independent laboratory testing, patent filings and participation in international trade shows.
Industries
N/A
Nr. of Employees
small (1-50)
SOLECOOLER
280 rue James Watt, Plot A, 66100 Perpignan, France
Products
Reversible thermoregulatory insole (silicone and TPU variants)
Battery‑free insole that provides heating or cooling using mechanical energy from walking; offered in silicone and TPU constructions for different durability and comfort trade-offs.
Performance thermoregulatory insole (TPU)
Durable performance variant of the reversible thermoregulatory insole constructed from TPU for increased resilience in high-use contexts.
Battery‑free connected insole prototype for preventive foot‑health monitoring
Prototype integrating sensing and alerting capabilities into an insole form factor to detect and notify users or caregivers of skin‑injury risks such as blisters or diabetic foot ulcers without onboard batteries.
Reversible thermoregulatory insole (silicone and TPU variants)
Battery‑free insole that provides heating or cooling using mechanical energy from walking; offered in silicone and TPU constructions for different durability and comfort trade-offs.
Performance thermoregulatory insole (TPU)
Durable performance variant of the reversible thermoregulatory insole constructed from TPU for increased resilience in high-use contexts.
Battery‑free connected insole prototype for preventive foot‑health monitoring
Prototype integrating sensing and alerting capabilities into an insole form factor to detect and notify users or caregivers of skin‑injury risks such as blisters or diabetic foot ulcers without onboard batteries.
Services
Partnership-based development and prototyping of thermodynamic insole concepts and battery-free connected sensing prototypes for external partners and research organizations.
Partnership-based development and prototyping of thermodynamic insole concepts and battery-free connected sensing prototypes for external partners and research organizations.
Expertise Areas
- Wearable thermodynamic systems
- Foot‑health monitoring and preventive sensing
- Elastomeric insole materials and processing (silicone, TPU)
- Prototyping and productization of wearable devices
Key Technologies
- Passive thermodynamic heat-exchange
- Mechanical energy harvesting from gait
- Battery‑free sensor integration
- Silicone molding
News & Updates
Battery‑free connected insole prototype showcased at CES in Las Vegas.
Reversible thermoregulatory insole presented at CES (Eureka Park).
Company featured on regional media after receiving recognition at PME awards.
Regional French Tech programme recognized the reversible thermoregulatory insole.
Multiple press outlets covered the battery‑free heating/cooling insoles and the connected insole prototype.
Recognition in industry awards and innovation competitions for the reversible thermoregulatory insole.
Battery‑free connected insole prototype showcased at CES in Las Vegas.
Reversible thermoregulatory insole presented at CES (Eureka Park).
Company featured on regional media after receiving recognition at PME awards.
Regional French Tech programme recognized the reversible thermoregulatory insole.
Multiple press outlets covered the battery‑free heating/cooling insoles and the connected insole prototype.
Recognition in industry awards and innovation competitions for the reversible thermoregulatory insole.