BAFA-Liste / Vaillant Deutschland GmbH & Co. KG
66 BAFA-förderfähige Wärmepumpen-Modelle.
Stand: 2026-06-27 · Quelle: BAFA Wärmeerzeuger-Portal (zvi-api) — förderfähige Wärmepumpen. Verbindlich ist die offizielle BAFA-Liste. Stand siehe 'stand'.
| Modell | Wärmequelle | Kältemittel | SCOP | Anlagen-Nr. |
|---|---|---|---|---|
| aroTHERM perform VWL 185/3 AS + VWL 185 IS S1 | LUFT | R407C | null | 16003242 |
| aroTHERM perform VWL 185/3 AS S4 + VWL 185 IS S1 | LUFT | R407C | null | 16003243 |
| aroTHERM perform VWL 205/8.1 A S2 Q | LUFT | R290 | 5.37 | 16019525 |
| aroTHERM perform VWL 255/3 AS + VWL 255 IS S1 | LUFT | R407C | null | 16003244 |
| aroTHERM perform VWL 255/3 AS S4 + VWL 255 IS S1 | LUFT | R407C | null | 16003245 |
| aroTHERM plus VWL 105/6 (A/S2) | LUFT | R290 | 4.97 | 16010263 |
| aroTHERM plus VWL 105/8.1 (A/400V) | LUFT | R290 | 5.13 | 16017795 |
| aroTHERM plus VWL 125/6 (A/S2) | LUFT | R290 | 4.9 | 16003183 |
| aroTHERM plus VWL 125/8.1 (A/400V) | LUFT | R290 | 5.12 | 16017796 |
| aroTHERM plus VWL 35/6 (A/230V/S2) | LUFT | R290 | 4.43 | 16003241 |
| aroTHERM plus VWL 35/8.1 (A/230V) | LUFT | R290 | 4.97 | 16017705 |
| aroTHERM plus VWL 55/6 (A/230V/S2) | LUFT | R290 | 4.59 | 16003179 |
| aroTHERM plus VWL 55/8.1 (A/230V) | LUFT | R290 | 4.92 | 16017765 |
| aroTHERM plus VWL 75/6 (A/230V/S2) | LUFT | R290 | 4.69 | 16003180 |
| aroTHERM plus VWL 75/8.1 (A/230V) | LUFT | R290 | 4.98 | 16017794 |
| aroTHERM pro VWL 115/7.1 (A/400V) | LUFT | R290 | 4.93 | 16019547 |
| aroTHERM pro VWL 55/7.1 (A/230V) | LUFT | R290 | 5.01 | 16019002 |
| aroTHERM pro VWL 75/7.1 (A/230V) | LUFT | R290 | 4.87 | 16019003 |
| aroTHERM Split plus VWL 35/8.2 (AS/230V/S2) + Hydraulikstation VWL 57/8.2 IS | LUFT | R32 | 4.63 | 16016031 |
| aroTHERM Split plus VWL 35/8.2 (AS/230V/S2) + Hydraulikstation VWL 57/8.2 IS S1 | LUFT | R32 | 4.63 | 16016034 |
| aroTHERM Split plus VWL 35/8.2 (AS/230V/S2) + uniTOWER Split plus VWL 58/8.2 IS | LUFT | R32 | 4.63 | 16016027 |
| aroTHERM Split plus VWL 55/8.2 (AS/230V/S2) + Hydraulikstation VWL 57/8.2 IS S1 | LUFT | R32 | 4.75 | 16016035 |
| aroTHERM Split plus VWL 55/8.2 (AS/230V/S2) + uniTOWER Split plus VWL 58/8.2 IS | LUFT | R32 | 4.75 | 16016028 |
| aroTHERM Split plus VWL 75/8.2 (AS/230V/S2) + Hydraulikstation VWL 77/8.2 IS | LUFT | R32 | 5.06 | 16016033 |
| aroTHERM Split plus VWL 75/8.2 (AS/230V/S2) + Hydraulikstation VWL 77/8.2 IS S1 | LUFT | R32 | 5.06 | 16016036 |
| aroTHERM Split plus VWL 75/8.2 (AS/230V/S2) + uniTOWER Split plus VWL 78/8.2 IS | LUFT | R32 | 5.06 | 16016029 |
| aroTHERM Split plus VWL 75/8.2 (AS/230V/S2) + uniTOWER Split plus VWL 78/8.2 IS C2 | LUFT | R32 | 4.75 | 16016030 |
| aroTHERM Split VWL 105/5 (AS/S2) + VWL (127/5 IS / 128/5 IS) | LUFT | R410A | 4.52 | 16010262 |
| aroTHERM Split VWL 105/5 AS 400V S2 + VWL 128/5 IS | LUFT | R410A | 4.52 | 16003238 |
| aroTHERM Split VWL 125/5 (AS/S2) + VWL (127/5 IS / 128/5 IS) | LUFT | R410A | 4.4 | 16003239 |
| aroTHERM Split VWL 125/5 AS S2 + VWL 128/5 IS | LUFT | R410A | 4.4 | 16003240 |
| aroTHERM Split VWL 35/5 (AS/230V/S2) + VWL (57/5 IS / 58/5 IS) | LUFT | R410A | 4.6 | 16010261 |
| aroTHERM Split VWL 35/5 AS 230V S2 + VWL 58/5 IS | LUFT | R410A | 4.6 | 16003126 |
| aroTHERM Split VWL 55/5 (AS/230V/S2) + VWL (57/5 IS / 58/5 IS) | LUFT | R410A | 4.37 | 16003128 |
| aroTHERM Split VWL 55/5 AS 230V S2 + VWL 58/5 IS | LUFT | R410A | 4.37 | 16003127 |
| aroTHERM Split VWL 75/5 (AS/230V/S2) + VWL (77/5 IS / 78/5 IS) | LUFT | R410A | 4.35 | 16003176 |
| aroTHERM Split VWL 75/5 AS 230V S2 + VWL 78/5 IS | LUFT | R410A | 4.35 | 16003175 |
| climaVAIR plus VAIP 1-025 WNO | LUFT | R32 | 4.6 | 16016891 |
| climaVAIR plus VAIP 1-035 WNO | LUFT | R32 | 4.6 | 16016892 |
| climaVAIR plus VAIP 1-050 WNO | LUFT | R32 | 4.6 | 16016893 |
| flexoCOMPACT exclusive VWF 118/4 | ERDREICH | R410A | 5.22 | 16003050 |
| flexoCOMPACT exclusive VWF 118/4 + fluoCOLLECT VWW 11/4 SI | GRUNDWASSER | R410A | 5.73 | 16003112 |
| flexoCOMPACT exclusive VWF 58/4 + aroCOLLECT VWL 11/4 SA | LUFT | R410A | 4.31 | 16003117 |
| flexoCOMPACT exclusive VWF 88/4 | ERDREICH | R410A | 5.26 | 16003049 |
| flexoCOMPACT exclusive VWF 88/4 + aroCOLLECT VWL 11/4 SA | LUFT | R410A | 4.2 | 16003118 |
| flexoCOMPACT exclusive VWF 88/4 + fluoCOLLECT VWW 11/4 SI | GRUNDWASSER | R410A | 5.61 | 16003111 |
| flexoTHERM exclusive VWF 117/4 | ERDREICH | R410A | 5.22 | 16003046 |
| flexoTHERM exclusive VWF 117/4 + fluoCOLLECT VWW 11/4 SI | GRUNDWASSER | R410A | 5.73 | 16003051 |
| flexoTHERM exclusive VWF 157/4 | ERDREICH | R410A | 5.09 | 16003047 |
| flexoTHERM exclusive VWF 157/4 + 2 x aroCOLLECT VWL 11/4 SA | LUFT | R410A | 4.41 | 16003115 |
| flexoTHERM exclusive VWF 157/4 + fluoCOLLECT VWW 19/4 SI | GRUNDWASSER | R410A | 5.86 | 16003052 |
| flexoTHERM exclusive VWF 197/4 | ERDREICH | R410A | 4.88 | 16003048 |
| flexoTHERM exclusive VWF 197/4 + 2 x aroCOLLECT VWL 11/4 SA | LUFT | R410A | 4.03 | 16003116 |
| flexoTHERM exclusive VWF 197/4 + fluoCOLLECT VWW 19/4 SI | GRUNDWASSER | R410A | 5.65 | 16003053 |
| flexoTHERM exclusive VWF 57/4 + aroCOLLECT VWL 11/4 SA | LUFT | R410A | 4.31 | 16003041 |
| flexoTHERM exclusive VWF 87/4 | ERDREICH | R410A | 5.26 | 16003045 |
| flexoTHERM exclusive VWF 87/4 + aroCOLLECT VWL 11/4 SA | LUFT | R410A | 4.2 | 16003113 |
| flexoTHERM exclusive VWF 87/4 + fluoCOLLECT VWW 11/4 SI | GRUNDWASSER | R410A | 5.61 | 16003043 |
| geoCOMPACT VWS 52/8.1 (iQ) | ERDREICH | R290 | 5.59 | 16018853 |
| recoCOMPACT exclusive VWL 39/5 230V S2 | LUFT | R410A | null | 16003185 |
| recoCOMPACT exclusive VWL 59/5 230V S2 | LUFT | R410A | 4.46 | 16003235 |
| recoCOMPACT exclusive VWL 79/5 230V S2 | LUFT | R410A | 4.24 | 16003237 |
| versoTHERM plus VWL 37/5 230V S2 | LUFT | R410A | 4.54 | 16003184 |
| versoTHERM plus VWL 57/5 230V S2 | LUFT | R410A | 4.64 | 16003234 |
| versoTHERM plus VWL 77/5 230V S2 | LUFT | R410A | null | 16003236 |
| VWL 55/8.2 AS 230V with Hydraulic Station | LUFT | R32 | 4.75 | 16016032 |
Quelle: BAFA Wärmeerzeuger-Portal (zvi-api) — förderfähige Wärmepumpen (https://elan1.bafa.bund.de/zvi-ui/wep/waermepumpen). Verbindlich ist die offizielle BAFA-Liste. Stand siehe 'stand'.
Geprüft von Anıl Güzeldemir — seit 2006 im Kältetechnik-Maschinenraum, Entwickler von Enthalio.
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