DAC wants to produce cold without the refrigerant gases used in conventional cooling. DAC, a company registered in 2019 in Elbląg, Poland, develops Dynamic Air Cooling, which produces cold using air alone, with "zero refrigerants", for buildings, food storage and vehicles.

The European Innovation Council granted €2,287,720 towards a €3.27 million project that ran from July 2022 to January 2025. According to the CORDIS report, it built three industrial prototypes, 85% complete at the end, and cut their noise from 114 to 80 decibels. No third-party certification was completed and no customer is named. DAC remains an active VAT taxpayer in the Polish register, but the web address in its EIC record no longer resolves.

€2.29MEIC grant, 70% of a €3.27M project
3Industrial prototypes built
85%Prototyping completion at project end
0Certifications or named customers

Company file

Legal entity
DAC sp. z o.o., KRS 0000800067, NIP 5783138302, Elbląg, Poland
Registered
September 2019
Technology
Dynamic Air Cooling, refrigerant-free cold generation
Applications
HVAC, food storage, automotive
Status
Active VAT taxpayer, September 2026
Website
airenergy.inf.ua, not resolving
EIC project
DAC, 1 Jul 2022 to 31 Jan 2025
EIC funding
Grant first

What We Could Find

The Polish Ministry of Finance's taxpayer register lists DAC as an active VAT payer at an address in Elbląg in September 2026. The website given in its EIC record, on a Ukrainian domain, did not respond. We found no product launch, customer, certification or funding announcement after the project.

The Technology: Cold From Air

DAC says its system works without a refrigerant. According to the CORDIS report, it is "more energy-efficient than traditional vapor compression cooling", could cost up to 30% less to build because of a simpler design, and produces no HFC emissions. Tests "demonstrated stable cooling capacity, reduced operational costs, and improved environmental performance in enclosed industrial spaces", but no efficiency figures are given.

"Tests demonstrated stable cooling capacity, reduced operational costs, and improved environmental performance in enclosed industrial spaces."

DAC report, CORDIS

What the EIC Project Promised, and What CORDIS Shows

The project promised a "breakthrough cold generation technology for efficient & environmentally-friendly cooling". CORDIS reports three prototypes adapted for HVAC, food storage and vehicles, prototyping 85% complete, and says further performance testing was planned for 2025 and third-party certification is needed before the market will adopt it.

  1. Industrial prototypesPartialThree built, 85% complete.
  2. Measured efficiency advantageNot shownNo figures published.
  3. CertificationMissedNone completed.
  4. CustomersNot shownNone named.

What Has Happened Since the Award

The Money

The award was "grant first"; we found no EIC Fund investment or private round. DAC's accounts were not accessible for this article.

What cannot be checked

How efficient DAC's cooling actually is, whether the 2025 tests and certification happened, and whether the company has any product or customer are not public.

Why Europe Should Care

The EU's F-gas regulation is phasing down fluorinated refrigerants, so cooling without them has a policy tailwind. The EIC funded a novel approach. The public record shows prototypes but none of the independent test data that would show whether it works better than existing alternatives.

What the project promised

Breakthrough cold generation for efficient, environmentally friendly cooling.

What the record shows

Three uncertified prototypes, no efficiency data, no customers and an offline website.

The Verdict

Prototypes, not proof

The EIC grant produced three prototypes and quieter machines. It did not produce the certified, measured product the company said the market needs, and there is no public sign of DAC since the project ended.

DAC could not be contacted through the website in its EIC record. This article is based on EU project data and the Polish taxpayer register, linked throughout.