Certificate holders

Subtype

Thermia Mega ECO XL

Certificate Holder

Thermia
Snickaregatan 1
Arvika
Sweden

Registration number

012-C700189 / Issue 1

Certification Body

RISE CERT

Subtype title

Thermia Mega ECO XL

Driving energy

Electricity

Heat Pump Type

Brine/Water and Water/Water

Refrigerant

R454B

Mass of Refrigerant

8,800 kg

Certification Date

22.09.2023

Testing basis

EN 14511:2018, EN 14825:2016, EN 12102:2017.

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Number of models 1

Models

Thermia Mega ECO XL 400V

Configure model

Model name

Thermia Mega ECO XL 400V

Application

Heating (medium temp)

Units

Indoor

Climate Zone

Colder Climate + Warmer Climate

Reversibility

Cooling mode application (optional)

n/a

General Data

Power supply

3x400V 50Hz

Brine/Water Heat Pump

Heating

EN 14511-4

Starting and operating test

passed

Shutting off the heat transfer medium flow

passed

Complete power supply failure

passed

EN 14511-2

Low temperature

Medium temperature

Heat output

50.31 kW

48.10 kW

El input

11.06 kW

15.92 kW

COP

4.55

3.02

Warmer Climate

EN 12102-1

Low temperature

Medium temperature

Sound power level indoor

50 dB(A)

EN 14825

Low temperature

Medium temperature

η_s

203 %

158 %

Prated

84.07 kW

81.29 kW

SCOP

5.27

4.16

Tbiv

2 °C

TOL

2 °C

Pdh Tj = +2°C

84.07 kW

81.29 kW

COP Tj = +2°C

3.95

2.91

Cdh Tj = +2 °C

1.000

Pdh Tj = +7°C

54.05 kW

52.26 kW

COP Tj = +7°C

4.94

3.69

Cdh Tj = +7 °C

1.000

Pdh Tj = 12°C

24.02 kW

23.23 kW

COP Tj = 12°C

5.84

4.87

Cdh Tj = +12 °C

1.000

Pdh Tj = Tbiv

84.07 kW

81.29 kW

COP Tj = Tbiv

3.95

2.91

Pdh Tj = TOL or Pdh Tj = Tdesignh if TOL < Tdesignh

84.07 kW

81.29 kW

COP Tj = TOL or COP Tj = Tdesignh if TOL < Tdesignh

3.95

2.91

Cdh Tj = TOL or Pdh Tj = Tdesignh if TOL < Tdesignh

1.000

WTOL

65 °C

Poff

12 W

PTO

12 W

PSB

12 W

PCK

0 W

Supplementary Heater: Type of energy input

Electricity

Supplementary Heater: PSUP

0.00 kW

Annual energy consumption Qhe

21295 kWh

26114 kWh

Colder Climate

EN 12102-1

Low temperature

Medium temperature

Sound power level indoor

50 dB(A)

EN 14825

Low temperature

Medium temperature

η_s

209 %

166 %

Prated

84.07 kW

81.29 kW

SCOP

5.44

4.35

Tbiv

-22 °C

TOL

-22 °C

Pdh Tj = -7°C

50.89 kW

49.20 kW

COP Tj = -7°C

5.11

3.92

Cdh Tj = -7 °C

1.000

Pdh Tj = +2°C

30.97 kW

29.95 kW

COP Tj = +2°C

5.91

4.84

Cdh Tj = +2 °C

1.000

Pdh Tj = +7°C

22.81 kW

23.10 kW

COP Tj = +7°C

5.80

5.00

Cdh Tj = +7 °C

1.000

Pdh Tj = 12°C

22.79 kW

23.19 kW

COP Tj = 12°C

5.58

5.06

Cdh Tj = +12 °C

1.000

Pdh Tj = Tbiv

84.07 kW

81.29 kW

COP Tj = Tbiv

3.95

2.91

Pdh Tj = TOL or Pdh Tj = Tdesignh if TOL < Tdesignh

84.07 kW

81.29 kW

COP Tj = TOL or COP Tj = Tdesignh if TOL < Tdesignh

3.95

2.91

Cdh Tj = TOL or Pdh Tj = Tdesignh if TOL < Tdesignh

1.000

WTOL

65 °C

Poff

12 W

PTO

12 W

PSB

12 W

PCK

0 W

Supplementary Heater: Type of energy input

Electricity

Supplementary Heater: PSUP

0.00 kW

Annual energy consumption Qhe

38123 kWh

46029 kWh

Average Climate

EN 12102-1

Low temperature

Medium temperature

Sound power level indoor

50 dB(A)

EN 14825

Low temperature

Medium temperature

η_s

202 %

159 %

Prated

84.07 kW

81.29 kW

SCOP

5.25

4.18

Tbiv

-10 °C

TOL

-10 °C

Pdh Tj = -7°C

74.37 kW

71.91 kW

COP Tj = -7°C

4.23

3.15

Cdh Tj = -7 °C

1.000

Pdh Tj = +2°C

45.27 kW

43.77 kW

COP Tj = +2°C

5.26

4.15

Cdh Tj = +2 °C

1.000

Pdh Tj = +7°C

29.10 kW

28.14 kW

COP Tj = +7°C

5.95

4.91

Cdh Tj = +7 °C

1.000

Pdh Tj = 12°C

22.80 kW

23.00 kW

COP Tj = 12°C

5.72

4.94

Cdh Tj = +12 °C

1.000

Pdh Tj = Tbiv

84.07 kW

81.29 kW

COP Tj = Tbiv

3.95

2.91

Pdh Tj = TOL or Pdh Tj = Tdesignh if TOL < Tdesignh

84.07 kW

81.29 kW

COP Tj = TOL or COP Tj = Tdesignh if TOL < Tdesignh

3.95

2.91

Cdh Tj = TOL or Pdh Tj = Tdesignh if TOL < Tdesignh

1.000

WTOL

65 °C

Poff

12 W

PTO

12 W

PSB

12 W

PCK

0 W

Supplementary Heater: Type of energy input

Electricity

Supplementary Heater: PSUP

0.00 kW

Annual energy consumption Qhe

33054 kWh

40141 kWh

Water/Water Heat Pump

Heating

EN 14511-4

Starting and operating test

passed

Shutting off the heat transfer medium flow

passed

Complete power supply failure

passed

EN 14511-2

Low temperature

Medium temperature

Heat output

50.31 kW

48.10 kW

El input

11.06 kW

15.92 kW

COP

4.55

3.02

Warmer Climate

EN 14825

Low temperature

Medium temperature

η_s

307 %

221 %

Prated

75.12 kW

79.55 kW

SCOP

7.88

5.72

Tbiv

2 °C

TOL

2 °C

Pdh Tj = +2°C

75.12 kW

79.55 kW

COP Tj = +2°C

5.44

3.77

Cdh Tj = +2 °C

1.000

Pdh Tj = +7°C

48.29 kW

51.14 kW

COP Tj = +7°C

7.27

4.96

Cdh Tj = +7 °C

1.000

Pdh Tj = 12°C

28.61 kW

28.49 kW

COP Tj = 12°C

8.99

6.92

Cdh Tj = +12 °C

1.000

Pdh Tj = Tbiv

75.12 kW

79.55 kW

COP Tj = Tbiv

5.44

3.77

Pdh Tj = TOL or Pdh Tj = Tdesignh if TOL < Tdesignh

75.12 kW

79.55 kW

COP Tj = TOL or COP Tj = Tdesignh if TOL < Tdesignh

5.44

3.77

Cdh Tj = TOL or Pdh Tj = Tdesignh if TOL < Tdesignh

1.000

WTOL

65 °C

Poff

12 W

PTO

12 W

PSB

12 W

PCK

0 W

Supplementary Heater: Type of energy input

Electricity

Supplementary Heater: PSUP

0.00 kW

Annual energy consumption Qhe

12740 kWh

18594 kWh

Colder Climate

EN 14825

Low temperature

Medium temperature

η_s

320 %

229 %

Prated

75.12 kW

79.55 kW

SCOP

8.20

5.93

Tbiv

-22 °C

TOL

-22 °C

Pdh Tj = -7°C

45.47 kW

48.15 kW

COP Tj = -7°C

7.58

5.25

Cdh Tj = -7 °C

1.000

Pdh Tj = +2°C

27.68 kW

29.31 kW

COP Tj = +2°C

9.08

6.62

Cdh Tj = +2 °C

1.000

Pdh Tj = +7°C

28.63 kW

28.55 kW

COP Tj = +7°C

9.11

7.13

Cdh Tj = +7 °C

1.000

Pdh Tj = 12°C

28.60 kW

28.61 kW

COP Tj = 12°C

8.86

7.38

Cdh Tj = +12 °C

1.000

Pdh Tj = Tbiv

75.12 kW

79.55 kW

COP Tj = Tbiv

5.44

3.77

Pdh Tj = TOL or Pdh Tj = Tdesignh if TOL < Tdesignh

75.12 kW

79.55 kW

COP Tj = TOL or COP Tj = Tdesignh if TOL < Tdesignh

5.44

3.77

Cdh Tj = TOL or Pdh Tj = Tdesignh if TOL < Tdesignh

1.000

WTOL

65 °C

Poff

12 W

PTO

12 W

PSB

12 W

PCK

0 W

Supplementary Heater: Type of energy input

Electricity

Supplementary Heater: PSUP

0.00 kW

Annual energy consumption Qhe

22572 kWh

33084 kWh

Average Climate

EN 14825

Low temperature

Medium temperature

η_s

303 %

219 %

Prated

75.12 kW

79.55 kW

SCOP

7.78

5.68

Tbiv

-10 °C

TOL

-10 °C

Pdh Tj = -7°C

66.45 kW

70.37 kW

COP Tj = -7°C

5.86

4.11

Cdh Tj = -7 °C

1.000

Pdh Tj = +2°C

40.45 kW

42.83 kW

COP Tj = +2°C

7.78

5.61

Cdh Tj = +2 °C

1.000

Pdh Tj = +7°C

28.63 kW

27.54 kW

COP Tj = +7°C

9.07

6.84

Cdh Tj = +7 °C

1.000

Pdh Tj = 12°C

28.63 kW

28.56 kW

COP Tj = 12°C

9.08

7.16

Cdh Tj = +12 °C

1.000

Pdh Tj = Tbiv

75.12 kW

79.55 kW

COP Tj = Tbiv

5.44

3.77

Pdh Tj = TOL or Pdh Tj = Tdesignh if TOL < Tdesignh

75.12 kW

79.55 kW

COP Tj = TOL or COP Tj = Tdesignh if TOL < Tdesignh

5.44

Cdh Tj = TOL or Pdh Tj = Tdesignh if TOL < Tdesignh

1.000

WTOL

65 °C

Poff

12 W

PTO

12 W

PSB

12 W

PCK

0 W

Supplementary Heater: Type of energy input

Electricity

Supplementary Heater: PSUP

0.00 kW

Annual energy consumption Qhe

19949 kWh

28911 kWh