Development of Product and Process Innovation by FINTECH - D Ltd "Automated Computer Thermoelectric Cooling System with Optimized Electro-Recuperation of Waste Heat"

This project proposal proposes to develop a product innovation – "Automated Computer Thermoelectric Cooling System with Optimized Electro-Recuperation of Waste Heat" falling within the priority areas of the ISIS thematic areas, which will create market advantages for the company and will increase the competitiveness inside the company, as well as in businesses that will benefit from the innovative product. The innovation offered for development is company’s own development, which is defined as an innovative world-class system, superior to the alternative solutions known at the time and for which a patent certificate PrI 1140 has been issued by the Patent Office. The Automated Cooling System offers an integrated innovative solution for optimal regulation of the thermal regime parameters of various electronic devices of computer configurations, servers, telecommunications and other hardware. The innovative product – "Automated Computer Thermoelectric Cooling System with Optimized Electro-Recuperation of Waste Heat" enables simultaneous and continuous automatic maintenance of optimal thermal regimes of the computer components, optimal characteristics of their power supply and respectively optimal electricity generation of the thermoelectric generator, according to the degree of loading of the individual components. Its environmental advantage follows from the fact that waste heat is converted into electricity, which is used by the computer for useful work. The developed innovative product will significantly reduce the consumption of energy resources (electricity) by a broad group of innovative product users, which increases the sustainability of pressure on the environment and which is in line with EU policies with respect to energy efficiency.

Comments
Leave a comment

Overview

Status Closed (completion date)
Start date 24 Jul, 2018
End date 21 Dec, 2020
Contract date 24 Jul, 2018
View in UMIS

Beneficiary

Financial information

Total cost 429,200.00
Grant 300,440.00
Self finance 128,760.00
Total paid 264,873.56
EU participation percent 85.0%

Location