Why This Technology?

  • Europe

    Why Spaarpomp is perfect for Europe customers?

Europe

Why Spaarpomp is perfect for Europe customers?

The building sector represents 39% of Europe’s overall carbon emissions, 28% from operational emissions energy needed to heat, cool and power them, and the remaining 11% are from materials and construction.

To reduce overall emissions, the sector must improve building energy performance, decrease building materials’ carbon footprint, multiply policy commitments alongside action and increase investment in energy efficiency. From a building services perspective there are some key metrics needed to comply with, covered by local legislation. The Spaarpomp in an internal heat pump that provides a simple hybrid decarbonising solution. The Spaarpomp increases energy efficiency, reducing operational & embodied carbon levels.

Ventilation

When there is no heating load the Spaarpomp operates as a standard cMEV system. The ventilation rates are in line with Part F (Ireland, England, Wales) and Part CCC (Scotland) boost and trickle rates. Boost can be provided via a number of options such as manual, humidity or CO2. When there is a heat demand the ventilation rate increases to boost level. The energy is extracted from the stale air and the now cool air is exhausted to outside.

Ducting Design Considerations

A good ducting design should look to minimise system pressure drops. One way excessive pressure drops can happen is if ducting sizes are too small. We recommend using 220x90mm on main runs and on signle branches this can be reduced to 204x60mm.

Another way excessive pressure drops can happen is if the external vents are not adequately sized.

These must be a double airbrick or a vent of equal free area.

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Ducting Design Considerations