We are present and exhibiting at Chillventa!
Learn all about Innovative solutions to increase Storage capacities with any temperature in refrigeration and air conditioning application and PCM storage.
Heat pump
in the old
TV feature with our Innovative heatStixx
Heat p
PCM buffer storage with heatStixx:
Phases
TV feature with our Innovative heatStixx
Heat pump in the old single-family house -The energy transition report
Heat pump in the old building – the background reportage
Heat pump
in the old family house -
The Energy Transition Report
TV feature with our Innovative heatStixx
Heat pumps allow to heat houses without oil and gas. The background report shows how the heating installer Markus Rausch in an older only partially renovated family house in Swabia an old oil heating from and an air-water heat pump installs, and without because installation of a floor heating under use of the old radiators and additional PCM – heatStixx.
PCM buffer storage with heatStixx:
Phase change from solid to liquid increases heat storage capacity up to 2.5 times normal volume.
TV feature with our Innovative heatStixx
Heat pump in the old single-family house -The energy transition report
from minute 7:50 you can see how the capacity in the storage is increased with heatStixx.
Heat pump in the old building – the background reportage
from minute 15:45 the principle and the possibilities in the application of PCM with heatStixx in the storage is explained.
Wärmepumpe
im alten Einfamilienhaus –
Der Energiewende-Report
TV-Beitrag mit unseren Innovativen heatStixx
Wärmepumpen ermöglichen es Häuser ohne Öl und Gas zu heizen. Die Hintergrund-Reportage zeigt wie der Heizungsinstallateur Markus Rausch in einem älteren nur teilsanierten Einfamilienhaus in Schwaben eine alte Ölheizung aus und eine Luft-Wasser-Wärmepumpe einbaut, und das ohne denn Einbau einer Fußbodenheizung unter Nutzung der alten Heizkörper und zusätzlichen PCM – heatStixx.
PCM-Puffer-Speicher mit heatStixx:
Phasenwechsel von fest zu flüssig erhöht die Wärmespeicher-Kapazität bis zum 2,5-Fachen des normalen Volumens.
TV-Beitrag mit unseren Innovativen heatStixx
Wärmepumpe im alten Einfamilienhaus -Der Energiewende-Report
ab Minute 7:50 sehen Sie wie die Kapaziität im Speicher mit heatStixx erhöht wird.
Wärmepumpe im Altbau – Die Hintergrund-Reportage
ab Minute 15:45 wird das Prinzip und die Möglichkeiten in der Anwendung von PCM mit heatStixx im Speicher erklärt.
Promotion of latent heat storage systems
on the promotion of air conditioning and refrigeration systems with non-halogenated refrigerants for latent and hybrid storage, among others, decided by the BMWI.
It has never been easier to apply for a grant !
With the online funding calculator - application made easy.
In only 8 steps to the promotion of air conditioning and refrigeration systems !
Online funding calculator BAFAIn only 8 steps to the promotion of air conditioning and refrigeration systems !
All advantages and the most important information at a glance*
Which projects are eligible?
Stationary refrigeration and air conditioning systems that use non-halogenated refrigerants are eligible:
- be completely rebuilt or reinstalled, or
- the refrigeration unit is newly created, but the refrigerant system is
(water, brine, air distribution system) remains in place - Heat and Cold Storage within Supplemental Funding
Supplementary promotion Latent storage
with min 60 kWh and max 3000 kWh
Within the scope of the directive, the following funding priorities are included
- Funding is limited to 150,000 euros per measure and to a maximum of 50% of eligible expenses
The implementation planning is subsidized with the following lump sums
- 500 euros per air cooler, minimum 1,000 euros, maximum 5,000 euros
- 1,000 euros for the integration of one or more thermal storage units
- 1.000 Euro for the integration of one or more Cold Storage units
Who is eligible to apply for funding?
Eligible to apply for stationary equipment are: Companies, non-profit organizations, municipalities, local authorities, special-purpose associations and proprietary companies, universities and schools, hospitals and church institutions, irrespective of the intention to make a profit.- Food retail or other retail
- with cold room and freezer
- With demand for industrial and process refrigeration
- with high cooling demand and accruing waste heat
- Hotel, catering, baker, butcher, butcher
- Schools and hospitals and much more.
- Funding fact sheet
The leaflet is currently being revised and will be available shortly.
*In particular, kraftBoxx gmbh does not guarantee the accuracy and completeness and timeliness of the information provided for government funding.
Promotion of latent heat storage systems
Since January 2019, the promotion of air conditioning and refrigeration systems with non-halogenated refrigerants decided by the BMWI has been running.
The funding amount for the newly published funding guideline from BAFA can now be determined via the online funding calculator for latent and hybrid storage.
It has never been easier to apply for a grant !
All advantages at a glance
The following funding priorities are included within the guideline.
- State support for stationary air conditioning and refrigeration systems
- Funding is limited to 150,000 euros per measure and to a maximum of 50% of eligible expenses
- The validity of the directive runs until 31.12.2021
Example of promotion with Latent storage
Refrigeration plant: 50kW, Latent storage: 395 kWh, Storage size: 8 m³
-
This is exactly where our heatStixx come into play.
Online funding calculator - application made easy.
In only 8 steps to the promotion of air conditioning and refrigeration systems !
Funding calculator The online funding calculator of the German Federal Ministry for the Environment, Nature Conservation and Nuclear Safety (BMU) provides an initial overview of the funding criteria, the application and funding procedure, as well as the legal basis and the amount of possible funding.
Example cold storage costs
xyz
Our heatStixx and heatSel are designed in such a way that, in addition to a large surface area, the PCM layer thicknesses are simultaneously kept so low that the entire PCM participates in the phase change process, thus realizing efficient heat transfer (rapid charging and discharging) even at very low temperature differences.
The design as a hybrid heat accumulator enables the greatest possible dynamics due to the water content and is therefore perfectly suited for a wide range of applications in refrigeration / air conditioning and heating technology.
