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RC1828 - David Leahy - SK10 5SE SUBMITTED BY Cat Baker cat@regenertecconsulting.co.uk 01206646343 CREATED ON 2024-01-29 LOCATION Gibhill Farm SK10 5SE Macclesﬁeld

Total area 208.88 m²

Floors 2

Boiler Information Boiler Type Property Information Does The Property Have a Valid EPC? No

Regenertec Consulting info@regenertecconsulting.co.uk

122 Feering Hill , CO5 9PY Colchester , Essex www.regenertecconsulting.co.uk

01206 646343

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Ground Floor

TOTAL AREA: 128.79 m² • LIVING AREA: 128.79 m² •

1.51 0.66

1.96

49 1.

0.90

1.96 2.07

1.76

12 Cupboard

4.01

0.86

8 22

Utility Room 7.54 m² (2.28 × 3.61)

2.26

2.71 3.63

0.65

Conservatory 19.68 m² (2.90 × 7.97) 25

Kitchen / Dining Room 44.30 m² (7.36 × 8.02)

5.73

1.46

1.03

1.43

21 11

1.91

3.65

1.19

2.00 1.14

18 6

0.80

1.4 5

Toilet 1.31 m²

1.01

Hall 8.23 m² (3.67 × 2.68)

1.45

33 14

36 35 Living Room 29.74 m² (7.63 × 5.63)

1.46

2.74

2.00

4.24

1.14

0.68

1.61

Porch 5.34 m² (2.00 × 2.67)

1.20

0.86

0.65

2.67

1.5 2

0.63

2.02 0.81

Study 10.82 m² (4.31 × 3.12)

1.05

0.76

44 Toilet 1.30 m² 1.71 × 0.76

1.71

3.12

1.03

1.15

1.05

2.45

THIS FLOOR PLAN IS NOT TO SCALE AND IS FOR VISUAL REPRESENTATION ONLY. PLEASE NOTE, SOME MEASUREMENTS PRESENT MAY NOT BE ACTUAL MEASUREMENTS - REGENERTEC CONSULTING OBTAIN MEASUREMENTS FOR INTERNAL AND EXTERNAL WALLS FOR THE PURPOSES OF COMPLETING HEAT LOSS CALCULATIONS ONLY. ALL OTHER MEASUREMENTS ARE FOR GUIDANCE ONLY AND REGENERTEC CONSULTING ACCEPT NO LIABILITY FOR THE ACCURACY OF THESE MEASUREMENTS IF USED FOR ALTERNATIVE PURPOSES.

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RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Ground Floor 1 HEAT PUMP

Dimensions 0.80 m x 0.80 m x 0.40 m (Width x Depth x Height) Photos 6 Photos (see photos page)

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RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Photos/Ground Floor 1

Heat Pump

Photo 1

Heat Pump

Photo 3

Heat Pump

Photo 5

Heat Pump

Photo 2

Heat Pump

Photo 4

Heat Pump

Photo 6

Page 4/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Conservatory Ground Floor

WIDTH: 7.97 m • LENGTH: 2.90 m • CEILING HEIGHT: 3.13 m AREA: 19.68 m² • PERIMETER: 20.54 m

7.97 5.73 1.91

1.46

2.26 10

1.5 2 1.4 5

2.90

1.45

1.96

1.53

49 1. 49 1.

11 5

3.00 3

1.02

1.52

0.98

0.86

4.97

▼ Conservatory /Ground Floor 4 FRENCH WINDOW

Dimensions 1.49 m x 1.59 m (Width x Height) Distance to Floor 1.00 m 5 FRENCH WINDOW

Dimensions 1.96 m x 1.59 m (Width x Height) Distance to Floor 1.00 m 6 FRENCH WINDOW

Dimensions 1.45 m x 1.59 m (Width x Height) Distance to Floor 1.00 m

Page 5/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Conservatory /Ground Floor 7 FRENCH WINDOW

Dimensions 1.45 m x 1.59 m (Width x Height) Distance to Floor 1.00 m 8 FRENCH WINDOW

Dimensions 2.26 m x 1.59 m (Width x Height) Distance to Floor 1.00 m 9 FRENCH WINDOW

Dimensions 1.91 m x 1.59 m (Width x Height) Distance to Floor 1.00 m 10 FRENCH DOOR

Dimensions 1.46 m x 2.12 m (Width x Height) Distance to Floor 0.00 m 11 WATER RADIATOR

Dimensions 1.90 m x 0.60 m (Width x Height) Distance to Floor 0.00 m Photos 3 Photos (see photos page) Radiator Information Radiator Type 22 Height 600 Width 1900

Page 6/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Photos/Conservatory 11

Water Radiator

Photo 1

Water Radiator

Photo 2

Water Radiator

Photo 3

Page 7/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Cupboard Ground Floor

WIDTH: 0.90 m • LENGTH: 0.66 m AREA: 0.59 m² • PERIMETER: 3.12 m

0.90 0.80 13

0.66

0.90

▼ Cupboard /Ground Floor Photos 10 Photos (see photos page) 12 OIL FURNACE

Dimensions 0.44 m x 0.66 m x 1.86 m (Width x Depth x Height) Boiler Information Boiler Type

Page 8/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Photos/Cupboard Cupboard

Photo 1

Cupboard

Photo 3

Cupboard

Photo 5

Cupboard

Photo 2

Cupboard

Photo 4

Cupboard

Photo 6

Page 9/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Photos/Cupboard Cupboard

Photo 7

Cupboard

Photo 9

Cupboard

Photo 8

Cupboard

Photo 10

Page 10/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Hall Ground Floor

WIDTH: 2.68 m • LENGTH: 3.67 m AREA: 8.23 m² • PERIMETER: 12.69 m

2.68 1.73 0.95

0.74

0.80

0.92

3.67

1.80

2.75

0.88

0.80

0.99

2.67

▼ Hall/Ground Floor 14 L-SHAPED STAIRCASE

Dimensions 0.95 m x 1.50 m x 2.00 m (Width x Depth x Height) 15 WATER RADIATOR

Dimensions 0.90 m x 0.60 m (Width x Height) Distance to Floor 0.00 m Photos 2 Photos (see photos page) Radiator Information Radiator Type 21 Height 600 Width 900

Page 11/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Hall/Ground Floor 16 HINGED DOOR

Dimensions 0.80 m x 2.04 m (Width x Height) Distance to Floor 0.00 m 17 HINGED DOOR

Dimensions 0.80 m x 2.04 m (Width x Height) Distance to Floor 0.00 m 18 HINGED DOOR

Dimensions 0.80 m x 2.04 m (Width x Height) Distance to Floor 0.00 m

Page 12/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Photos/Hall 15

Water Radiator

Photo 1

Water Radiator

Photo 2

Page 13/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Kitchen / Dining Room Ground Floor

WIDTH: 8.02 m • LENGTH: 7.36 m AREA: 44.30 m² • PERIMETER: 30.69 m

8.02 4.61 1.02

3.41

1.52

0.98

0.77

21 22

0.80

7.36

1.76

4.01

3.81

2.07

1.24 0.80

26 25

1.07

3.54

0.80

2.80

0.93

19 24

3.63

1.03

1.43

1.19

0.71

3.65

▼ Kitchen / Dining Room/Ground Floor 20 FRENCH WINDOW

Dimensions 1.76 m x 1.02 m (Width x Height) Distance to Floor 1.00 m 21 FRENCH WINDOW

Dimensions 1.52 m x 1.45 m (Width x Height) Distance to Floor 1.00 m 22 THERMOSTAT

Circuit Number Dimensions 0.20 m x 0.30 m (Width x Height) Distance to Floor 1.10 m

Page 14/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Kitchen / Dining Room/Ground Floor 22 THERMOSTAT

Photo 1 Photo (see photos page) 23 HINGED DOOR

Dimensions 1.02 m x 1.91 m (Width x Height) Distance to Floor 0.00 m 24 FRENCH WINDOW

Dimensions 1.43 m x 1.53 m (Width x Height) Distance to Floor 1.00 m 25 THERMOSTAT

Circuit Number Dimensions 0.20 m x 0.30 m (Width x Height) Distance to Floor 1.10 m Photo 1 Photo (see photos page)

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RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Photos/Kitchen / Dining Room 22

Thermostat

Page 16/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Utility Room Ground Floor

WIDTH: 3.61 m • LENGTH: 2.28 m AREA: 7.54 m² • PERIMETER: 11.78 m

3.61 3.61

0.66 2.28

0.80

0.86

1.51

0.77

0.82

0.80

0.61

0.90

0.61

0.65

2.71

▼ Utility Room/Ground Floor 28 HINGED DOOR

Dimensions 0.80 m x 2.04 m (Width x Height) Distance to Floor 0.00 m 29 HINGED DOOR

Dimensions 0.86 m x 1.99 m (Width x Height) Distance to Floor 0.00 m 30 HINGED DOOR

Dimensions 0.80 m x 2.04 m (Width x Height) Distance to Floor 0.00 m

Page 17/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Utility Room/Ground Floor 31 FRENCH WINDOW

Dimensions 0.61 m x 1.04 m (Width x Height) Distance to Floor 1.00 m 32 FRENCH WINDOW

Dimensions 0.61 m x 1.04 m (Width x Height) Distance to Floor 1.00 m

Page 18/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Living Room Ground Floor

WIDTH: 5.63 m • LENGTH: 7.63 m AREA: 29.74 m² • PERIMETER: 26.51 m

5.63 4.24 1.20

0.68

1.61 36

1.39

0.80

0.85

7.63

4.26

2.52

2.89

0.65

1.46 2.74

▼ Living Room/Ground Floor 33 WOOD STOVE

Dimensions 0.79 m x 0.77 m x 1.00 m (Width x Depth x Height) Photo 1 Photo (see photos page) 34 FRENCH WINDOW

Dimensions 1.46 m x 1.51 m (Width x Height) Distance to Floor 1.00 m 35 WATER RADIATOR

Dimensions 1.60 m x 0.60 m (Width x Height) Distance to Floor 0.00 m Photos 3 Photos (see photos page)

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RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Living Room/Ground Floor 35 WATER RADIATOR

Radiator Information Radiator Type 22 Height 600 Width 1600 36 BOW WINDOW

Dimensions 1.61 m x 1.20 m (Width x Height) Distance to Floor 0.50 m Notes 4no 510x1580 37 FRENCH WINDOW

Dimensions 1.20 m x 1.20 m (Width x Height) Distance to Floor 1.00 m 38 WATER RADIATOR

Dimensions 1.20 m x 0.45 m (Width x Height) Distance to Floor 0.00 m Photos 3 Photos (see photos page) Radiator Information Radiator Type 21 Height 450 Width 1200 39 HINGED DOOR

Dimensions 0.80 m x 2.04 m (Width x Height)

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RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Living Room/Ground Floor 39 HINGED DOOR

Distance to Floor 0.00 m

Page 21/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Photos/Living Room 33

Wood Stove

Water Radiator

Photo 1

Water Radiator

Photo 2

Water Radiator

Photo 1

Water Radiator

Photo 3

Water Radiator

Photo 2

Page 22/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Photos/Living Room 38

Water Radiator

Photo 3

Page 23/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Porch Ground Floor

WIDTH: 2.67 m • LENGTH: 2.00 m AREA: 5.34 m² • PERIMETER: 9.34 m

2.67 0.88

0.80

0.99

2.00

1.14

2.00

0.80

1.01

0.86

2.67

▼ Porch/Ground Floor 41 FRENCH WINDOW

Dimensions 1.14 m x 0.89 m (Width x Height) Distance to Floor 1.00 m 42 FRENCH WINDOW

Dimensions 1.14 m x 0.89 m (Width x Height) Distance to Floor 1.00 m 43 HINGED DOOR

Dimensions 1.01 m x 206.00 m (Width x Height) Distance to Floor 0.00 m

Page 24/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Study Ground Floor

WIDTH: 3.12 m • LENGTH: 4.31 m • CEILING HEIGHT: 3.71 m AREA: 10.82 m² • PERIMETER: 14.87 m

3.12 3.12 1.05

1.03

1.05

3.51

4.31

2.45

0.80

1.86

0.80

45 44

1.15

0.81

0.75

2.02

▼ Study/Ground Floor 44 FRENCH WINDOW

Dimensions 0.81 m x 0.94 m (Width x Height) Distance to Floor 1.00 m 45 HINGED DOOR

Dimensions 0.80 m x 2.04 m (Width x Height) Distance to Floor 0.00 m 47 FRENCH DOOR

Dimensions 1.03 m x 2.06 m (Width x Height) Distance to Floor 0.00 m

Page 25/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Toilet Ground Floor

WIDTH: 0.76 m • LENGTH: 1.71 m AREA: 1.30 m² • PERIMETER: 4.94 m

0.76

1.71

0.80 0.54

1.71

0.76

▼ Toilet/Ground Floor 48 HINGED DOOR

Dimensions 0.80 m x 2.04 m (Width x Height) Distance to Floor 0.00 m

Page 26/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Toilet Ground Floor

WIDTH: 1.64 m • LENGTH: 0.80 m AREA: 1.31 m² • PERIMETER: 4.88 m

1.64

0.80

49 0.80

0.62

1.64

▼ Toilet/Ground Floor 50 TOWEL RADIATOR

Dimensions 0.40 m x 0.70 m (Width x Height) Distance to Floor 0.30 m Photo 1 Photo (see photos page) Towel Rail Information Towel Rail Type Wet Central Heating Height 700 Width 400

Page 27/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Photos/Toilet 50

Towel Radiator

Page 28/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ 1st Floor

TOTAL AREA: 80.09 m² • LIVING AREA: 80.09 m² •

2.77 1.74

0.66 68

Dressing Room 8.42 m² 2.77 × 3.04 72

3.04

En-suite 4.49 m² 71 1.74 × 2.58

1.07

1.17

2.58

1.78

1.44

0.77

Bedroom 1 17.64 m² (3.98 × 4.65)

57 58

0.96

4.65

Bedroom 3 11.20 m² (3.33 × 3.51)

1.78

3.51

1.44

Landing 11.91 m² (3.35 × 3.83)

1.15

3.42

2.50

1.21

Bedroom 2 18.10 m² (3.92 × 4.62)

1.12

Bathroom 8.37 m² (3.35 × 2.50)

3.35

1.67

4.61

1.79

Loft Hatch

3.92

Page 29/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Bathroom 1st Floor

WIDTH: 2.50 m • LENGTH: 3.35 m • CEILING HEIGHT: 2.18 m AREA: 8.37 m² • PERIMETER: 11.70 m

2.50 0.80

1.47

0.80

2.34

3.35

1.12

1.21 2.50

▼ Bathroom/1st Floor 52 HINGED DOOR

Dimensions 0.80 m x 2.04 m (Width x Height) Distance to Floor 0.00 m 53 WATER RADIATOR

Dimensions 1.00 m x 0.60 m (Width x Height) Distance to Floor 0.00 m Photos 2 Photos (see photos page) Radiator Information Radiator Type 11 Height 600

Page 30/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Bathroom/1st Floor 53 WATER RADIATOR

Width 1000 54 FRENCH WINDOW

Dimensions 1.21 m x 1.18 m (Width x Height) Distance to Floor 1.00 m

Page 31/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Photos/Bathroom 53

Water Radiator

Photo 1

Water Radiator

Photo 2

Page 32/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Bedroom 1 1st Floor

WIDTH: 4.65 m • LENGTH: 3.98 m • CEILING HEIGHT: 2.18 m AREA: 17.64 m² • PERIMETER: 17.26 m

4.65 4.65 1.44

1.78

1.44

1.38

0.78

58 57

2.40

2.60

3.98

0.80

3.19

0.80 4.32

▼ Bedroom 1/1st Floor 55 HINGED DOOR

Dimensions 0.80 m x 2.04 m (Width x Height) Distance to Floor 0.00 m 56 HINGED DOOR

Dimensions 0.80 m x 2.04 m (Width x Height) Distance to Floor 0.00 m 57 FRENCH WINDOW

Dimensions 1.78 m x 1.18 m (Width x Height) Distance to Floor 1.00 m

Page 33/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Bedroom 1/1st Floor 58 WATER RADIATOR

Dimensions 1.60 m x 0.45 m (Width x Height) Distance to Floor 0.00 m Photos 2 Photos (see photos page) Radiator Information Radiator Type 22 Height 450 Width 1600

Page 34/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Photos/Bedroom 1 58

Water Radiator

Photo 1

Water Radiator

Photo 2

Page 35/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Bedroom 2 1st Floor

WIDTH: 4.62 m • LENGTH: 3.92 m • CEILING HEIGHT: 2.18 m AREA: 18.10 m² • PERIMETER: 17.07 m

4.61 1.67

1.79

1.15

3.92

59 Loft Hatch

0.80

2.83

0.80

4.62

▼ Bedroom 2/1st Floor 59 LOFT HATCH

Photos 24 Photos (see photos page) 60 HINGED DOOR

Dimensions 0.80 m x 2.04 m (Width x Height) Distance to Floor 0.00 m 61 HINGED DOOR

Dimensions 0.80 m x 2.04 m (Width x Height) Distance to Floor 0.00 m 62 FRENCH WINDOW

Dimensions 1.79 m x 1.18 m (Width x Height)

Page 36/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Bedroom 2/1st Floor 62 FRENCH WINDOW

Distance to Floor 1.00 m 63 WATER RADIATOR

Dimensions 1.60 m x 0.45 m (Width x Height) Distance to Floor 0.00 m Photos 2 Photos (see photos page) Radiator Information Radiator Type 22 Height 450 Width 1600

Page 37/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Photos/Bedroom 2 59

Loft Hatch

Photo 1

Loft Hatch

Photo 3

Loft Hatch

Photo 5

Loft Hatch

Photo 2

Loft Hatch

Photo 4

Loft Hatch

Photo 6

Page 38/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Photos/Bedroom 2 59

Loft Hatch

Photo 7

Loft Hatch

Photo 9

Loft Hatch

Photo 12

Loft Hatch

Photo 8

Loft Hatch

Photo 10

Loft Hatch

Photo 13

Loft Hatch

Photo 11

Page 39/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Photos/Bedroom 2 59

Loft Hatch

Photo 14

Loft Hatch

Photo 16

Loft Hatch

Photo 18

Loft Hatch

Photo 15

Loft Hatch

Photo 17

Loft Hatch

Photo 19

Page 40/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Photos/Bedroom 2 59

Loft Hatch

Photo 20

Loft Hatch

Photo 22

Loft Hatch

Photo 21

Loft Hatch

Photo 23

Water Radiator

Photo 24

Photo 1

Page 41/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Photos/Bedroom 2 63

Water Radiator

Photo 2

Page 42/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Bedroom 3 1st Floor

WIDTH: 3.51 m • LENGTH: 3.33 m • CEILING HEIGHT: 2.18 m AREA: 11.20 m² • PERIMETER: 13.68 m

1.22

0.80

3.11

2.11

3.33

0.77

1.78

0.96

3.51

▼ Bedroom 3/1st Floor 64 FRENCH WINDOW

Dimensions 1.78 m x 1.01 m (Width x Height) Distance to Floor 1.00 m 65 WATER RADIATOR

Dimensions 1.00 m x 0.40 m (Width x Height) Distance to Floor 0.00 m Photos 2 Photos (see photos page) Radiator Information Radiator Type 22 Height 400

Page 43/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Bedroom 3/1st Floor 65 WATER RADIATOR

Width 1000 66 HINGED DOOR

Dimensions 0.80 m x 2.04 m (Width x Height) Distance to Floor 0.00 m

Page 44/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Photos/Bedroom 3 65

Water Radiator

Photo 1

Water Radiator

Photo 2

Page 45/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Dressing Room 1st Floor

WIDTH: 3.04 m • LENGTH: 2.77 m • CEILING HEIGHT: 2.87 m AREA: 8.42 m² • PERIMETER: 11.62 m

3.04 0.77

2.77

0.80 1.20

1.78

2.77

0.66

0.80

2.15 3.04

▼ Dressing Room/1st Floor 68 FRENCH WINDOW

Dimensions 1.78 m x 1.02 m (Width x Height) Distance to Floor 1.00 m 69 WATER RADIATOR

Dimensions 0.80 m x 1.80 m (Width x Height) Distance to Floor 0.00 m Photos 2 Photos (see photos page) Radiator Information Radiator Type Single Panel Vertical Height 1800

Page 46/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Dressing Room/1st Floor 69 WATER RADIATOR

Width 600

Page 47/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Photos/Dressing Room 69

Water Radiator

Photo 1

Water Radiator

Photo 2

Page 48/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ En-suite 1st Floor

WIDTH: 2.58 m • LENGTH: 1.74 m • CEILING HEIGHT: 2.18 m AREA: 4.49 m² • PERIMETER: 8.64 m

2.58 0.80

1.69

1.74

1.17

1.07 2.58

▼ En-suite /1st Floor 71 FRENCH WINDOW

Dimensions 1.17 m x 1.01 m (Width x Height) Distance to Floor 1.00 m 72 TOWEL RADIATOR

Dimensions 0.60 m x 1.80 m (Width x Height) Distance to Floor 0.30 m Photo 1 Photo (see photos page) Towel Rail Information Towel Rail Type Wet Central Heating Height 1800

Page 49/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ En-suite /1st Floor 72 TOWEL RADIATOR

Width 600 73 HINGED DOOR

Dimensions 0.80 m x 2.04 m (Width x Height) Distance to Floor 0.00 m

Page 50/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Photos/En-suite 72

Towel Radiator

Page 51/52

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

▼ Landing 1st Floor

WIDTH: 3.83 m • LENGTH: 3.35 m • CEILING HEIGHT: 2.18 m AREA: 11.91 m² • PERIMETER: 14.36 m

3.83 0.80

0.80

1.11

1.27

0.80

0.92

2.24

2.35

3.35

3.42

▼ Landing /1st Floor 74 L-SHAPED STAIRCASE

Dimensions 2.12 m x 2.04 m x 2.00 m (Width x Depth x Height)

Page 52/52

Site Report Survey Date: Monday 29th January 2024

Project Reference: RC1828

Installation Company:

Arc One Group

Client Name:

David Leahy

Project Address:

Gibhill Farm, Macclesfield, SK10 5SE

This property is a 3-bedroom detached house built originally in the 1700’s. The property has undergone a side kitchen two-storey extension in the 1950’s. The main external walls are solid stone (600mm thick). The extension external walls are assumed cavity and it is not known whether these are insulated or not. The ground floor is solid, assumed uninsulated. The property has UPVC/wood double glazing throughout. The intermediate floors are assumed uninsulated timber. The loft space has got 100–200mm of insulation present within the joists. In order to be eligible for the Boiler Upgrade Scheme voucher, the external walls of the kitchen extension will need to be inspected for the presence of insulation. If the cavity walls are not insulated, this will need completing. The main loft space will also require an additional 100mm insulation to be installed. I will base the calculations on this being complete. The current heat source is a standard oil fired boiler located floor-mounted within the utility room cupboard. The current hot water cylinder is located within the loft space. The incoming mains and consumer units are located within the utility room cupboard above the boiler. The property is heated by a mixture of radiators and underfloor heating. The radiators appear to be on standard 15mm pipework. The ASHP outdoor unit is to go along the front external wall of the utility room cupboard. The new hot water cylinder is to replace the current boiler within the utility room cupboard. Flow and return pipework and go back to back from the ASHP outdoor unit to the hot water cylinder. Mr Leahy is aware that radiators will likely require replacing in order for the ASHP to work efficiently and provide the necessary room temperatures. Mr Leahy is open to discussion regarding this once the requirements are known. The heat demand of the property based on the above information is 18.320kW. So, the property will require a cascade of 2no 12kW Midea Monobloc R32 ASHP would alongside a 180L cylinder (based on being 3-bedrooms). The emitter/radiator schedule has been completed based on a 55°c flow temperature. A new additional radiator has been designed for the conservatory and a type 33 replacement for the living room due to the high demands. New radiators have been sized for the unheated porch and landing.

General and delivery access to the property is good. There is parking at the front of the property for 5+ vehicles. Kind Regards, Cat Baker Director

On Site Risk Assessment Client Details Survey Reference Number

RC1828

Assessment Date

29/01/2024

Client Name

David Leahy

Property Address

Gibhill Farm, Macclesfield, SK10 5SE

Survey Conducted on Behalf Of

ARC One Group

Risk Assessment This risk assessment has been completed for the proposed installation of either an air or ground source heat pump. The assessment is made using a scale from 1-5. 1 being highly unlikely and 5 being a severe risk. Working from height

2 - Fairly Unlikely

Unstable ground

2 - Fairly Unlikely

Working on fragile surfaces

2 - Fairly Unlikely

Dangerous parking

2 - Fairly Unlikely

Working in lofts or confined spaces

3 - Quite Likely

Exposure to dangerous gasses or naked flames

2 - Fairly Unlikely

Personal injury leading to cuts and/or burns

2 - Fairly Unlikely

Working around vulnerable persons or aggressive animals

1 - Highly Unlikely

Additional Notes / Findings COVID-19 Safety Measures A facemask was worn during the survey at all times.

Not Required

Disposable gloves were worn during the survey at all times.

Not Required

Social distancing was maintained at all times where possible.

Yes

Surveyors Signature

Print Name

Cat Baker

www.regenertecconsulting.co.uk | info@regenertecconsulting.co.uk | 01206 646 343

Page 1 of 2

On Site Risk Assessment Date/Time

29/01/2024 This risk assessment was prepared for the purpose of the Heat Loss Survey. Any works commencing after the date of this risk assessment require a separate risk assessment specific to the working methods proposed.

www.regenertecconsulting.co.uk | info@regenertecconsulting.co.uk | 01206 646 343

Page 2 of 2

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

SUBMITTED BY Cat Baker cat@regenertecconsulting.co.uk • 01206646343

▼ Ground Floor

TOTAL AREA: 128.79 m² • LIVING AREA: 128.79 m² •

Conservatory

Kitchen / Dining Room

Living Room

Study

Toilet Toilet Utility Room

Cupboard 1

Hall

Porch

THIS FLOOR PLAN IS NOT TO SCALE AND IS FOR VISUAL PURPOSES ONLY. THIS FLOOR PLAN IS NOT TOO BE USED FOR ARCHITECTURAL REASONS.

Regenertec Consulting info@regenertecconsulting.co.uk

122 Feering Hill , CO5 9PY Colchester , Essex www.regenertecconsulting.co.uk

Page 1/2 01206 646343

RC1828 - David Leahy - SK10 5SE Gibhill Farm, SK10 5SE, Macclesﬁeld TOTAL AREA: 208.88 m² • LIVING AREA: 208.88 m² • FLOORS: 2

SUBMITTED BY Cat Baker cat@regenertecconsulting.co.uk • 01206646343

▼ 1st Floor

Dressing Room

TOTAL AREA: 80.09 m² • LIVING AREA: 80.09 m² •

Bedroom 2

Bedroom 1 Loft Hatch

En-suite Landing

Bedroom 3

THIS FLOOR PLAN IS NOT TO SCALE AND IS FOR VISUAL PURPOSES ONLY. THIS FLOOR PLAN IS NOT TOO BE USED FOR ARCHITECTURAL REASONS.

Regenertec Consulting info@regenertecconsulting.co.uk

122 Feering Hill , CO5 9PY Colchester , Essex www.regenertecconsulting.co.uk

Bathroom

Page 2/2 01206 646343

Heat Pump Design Calcula ons Project Reference: Leahy - SK10 5SE

SPACE HEATING ANNUAL HEAT DEMAND Demand

kWh/yr

42769

Heat supplied by HP, excluding auxiliary heaters

kWh/yr

42769

Seasonal Coeﬃcient of performance SCOP

SCOP

3.45

Electricity consumed by HP, excluding auxiliary heaters

kWh/yr

12397

Renewable heat supplied by HP

kWh/yr

30372

Remaining heat to be supplied by auxiliary heaters and other heat source

kWh/yr

Remaining heat, supplied by other heat sources

kWh/yr

Remaining heat, supplied by auxiliary heaters

kWh/yr

Electricity consumed by HP, including auxiliary heaters

kWh/yr

12397

Where other heat sources are used: Fuel used

N/A

Eﬃciency of other heat sources

Consumed by other heat sources

kWh/yr

Demand

kWh/yr

3146

Heat Supplied by HP, excluding immersion heater

kWh/yr

3146

SCOP of HP in Hot water mode

SPF/SCOP

1.75

Electricity consumed by HP, excluding immersion heater

kWh/yr

1798

Renewable heat supplied by HP

kWh/yr

1348

Remaining heat to be supplied by immersion heater and other heat sources

kWh/yr

312

Remaining heat, supplied by other heat sources

kWh/yr

Remaining heat, supplied by immersion heater

kWh/yr

312

Electricity consumed by HP, including immersion heater

kWh/yr

2110

WATER HEATING ANNUAL HEAT DEMAND

Where other heat sources are used: Fuel used

N/A

Eﬃciency of other heat sources

Consumed by other heat sources

kWh/yr

Arc One Group, ARC ONE GROUP LTD - UNIT 11A, WEMBDON FARM, ASHFORD, TN25 6SZ Tel: 01233770337 E-mail: Harry@arc-one.co.uk

Heat Pump Design Calcula ons

PROPORTIONS, ENERGY CONSUMPTION, AND PERFORMANCE Propor on of space hea ng and water hea ng demand provided by heat pump (excluding auxiliary/immersion heaters)

100

Capacity @ design condi ons

Renewable heat

kWh/yr

31720

Electricity consumed by HP (excluding auxiliary/immersion heaters)

kWh/yr

14195

Electricity consumed by immersion (supplied as part of HP)

kWh/yr

312

Fuel consumed by auxiliary/other heat sources

kWh/yr

HP combined performance SCOP

SCOP

3.19

Star Ra ng / Flow Temperature

2 / 55°C

Outside air temperature

-2.95°C

RUNNING COSTS (Based on Calcula ons) Cost per unit of electricity for HP

p/kWh

Cost per unit of fuel for other heat sources

p/kWh

Cost of electricity for HP (including auxiliary/immersion heaters)

£/yr

4062

Cost of fuel for other heat sources

£/yr

Disclaimer The performance of Microgenera on heat pump systems is impossible to predict with certainty due to the variability of the climate and its subsequent eﬀect on both heat supply and demand. This es mate is based upon the best available informa on but is given as guidance only and should not be considered as a guarantee.

Arc One Group, ARC ONE GROUP LTD - UNIT 11A, WEMBDON FARM, ASHFORD, TN25 6SZ Tel: 01233770337 E-mail: Harry@arc-one.co.uk

Heat Loss Calcula ons (EN12831) Project REF: Leahy - SK10 5SE Room Name

Design Temp (°C)

Power (W/m2)

Area (m2)

Power (W)

Conservatory

112

19.68

2197

Hall

8.23

692

Kitchen / Dining Room

44.30

3014

U lity Room

7.54

627

Living Room

29.74

2891

Porch

171

5.34

911

Study

210

10.82

2268

Toilet (Study)

233

1.30

303

Toilet (Hall)

1.31

Bathroom

130

8.38

1093

Bedroom 1

17.64

794

Bedroom 2

18.07

1164

Bedroom 3

11.20

848

Dressing Room (Bedroom 1)

8.42

404

Arc One Group, ARC ONE GROUP LTD - UNIT 11A, WEMBDON FARM, ASHFORD, TN25 6SZ Tel: 01233770337 E-mail: Harry@arc-one.co.uk

Heat Loss Calcula ons (EN12831) Project REF: Leahy - SK10 5SE Design Temp (°C)

Power (W/m2)

Area (m2)

Power (W)

En-suite (Bedroom 1)

100

4.49

447

Landing

11.91

622

208.37

18320

Room Name

Totals

Arc One Group, ARC ONE GROUP LTD - UNIT 11A, WEMBDON FARM, ASHFORD, TN25 6SZ Tel: 01233770337 E-mail: Harry@arc-one.co.uk

Exis ng Emi er Log Project REF: Leahy - SK10 5SE Oversize Factor

Output at Flow (W)

Total Output (W)

% Demand Met

Type 22 600x1900

1.9 (HEG)

1594

73%

692

Type 21 600x900

1.9 (HEG)

598

86%

2891

Type 22 600x1600

1.9 (HEG)

1342

2186

76%

Type 22 450x1200

1.9 (HEG)

844

Room Name

Power Loss (W)

Conservatory

2197

Hall Living Room

Emi er Descrip on

Porch

911

No Current Emi er / Radiator

1.9 (HEG)

Toilet (Hall)

Towel Rail 700x400

1.9 (HEG)

100%

Bathroom

1093

Type 11 600x1000

1.9 (HEG)

496

45%

Bedroom 1

794

Type 22 450x1600

1.9 (HEG)

1137

100%

Bedroom 2

1164

Type 22 450x1600

1.9 (HEG)

1137

98%

Bedroom 3

848

Type 22 400x1000

1.9 (HEG)

661

78%

Dressing Room (Bedroom 1)

404

Single Panel Chrome Mirror Designer Radiator 1800x600

1.9 (HEG)

447

100%

En-suite (Bedroom 1)

447

Towel Rail 1800x600

1.9 (HEG)

323

72%

Landing

622

No Current Emi er / Radiator

1.9 (HEG)

Arc One Group, ARC ONE GROUP LTD - UNIT 11A, WEMBDON FARM, ASHFORD, TN25 6SZ Tel: 01233770337 E-mail: Harry@arc-one.co.uk

Exis ng Underﬂoor Hea ng Log Project REF: Leahy - SK10 5SE Pipe Spacing Recommenda on (Heat Emi er Guide)

Pipe Spacing Selected (mm)

UFH (Screed with Tile)

PS≤300 UFH pipes should be placed at 300mm or less to achieve the design condi on.

150

UFH (Screed with Tile)

PS≤300 UFH pipes should be placed at 300mm or less to achieve the design condi on.

150

210

UFH (Screed with Tile)

This room's heat loss is too great to recommend a pipe spacing size for this ﬂow temperature, UFH type and covering.

150

UFH (Screed with Tile)

This room's heat loss is too great to recommend a pipe spacing size for this ﬂow temperature, UFH type and covering.

150

Power Loss (W)

Wa s per metre squared (W/m²)

Kitchen / Dining Room

3014

U lity Room

627

Study

2268

Room Name

Toilet (Study)

303

233

Emi er Descrip on

REDUCE FABRIC AND VENTILATION HEAT LOSS - System cannot perform at the design parameters stated; consider reducing heat loss and/or load sharing with other emi er types. CAUTION - System can perform at these design condi ons with extra considera on on the emi er and heat pump design sought from the specialist designer/manufacturer.

Arc One Group, ARC ONE GROUP LTD - UNIT 11A, WEMBDON FARM, ASHFORD, TN25 6SZ Tel: 01233770337 E-mail: Harry@arc-one.co.uk

Proposed Emi er Log Project REF: Leahy - SK10 5SE Room Name

Power Loss (W)

Conservatory

2197

Oversize Factor

Output at Flow (W)

Total Output (W)

% Demand Met

Type 22 600x1900

1.9 (HEG)

1594

2265

100%

Type 22 600x800

1.9 (HEG)

671

Emi er Descrip on

Status Exis ng New

Hall

692

Type 22 700x900

1.9 (HEG)

855

100%

Replacement

Living Room

2891

Type 22 600x1600

1.9 (HEG)

1342

2936

100%

Exis ng

Type 33 450x1600

1.9 (HEG)

1594

Replacement

Porch

911

Type 22 600x1100

1.9 (HEG)

923

100%

New

Toilet (Hall)

Towel Rail 700x400

1.9 (HEG)

100%

Exis ng

Bathroom

1093

Type 22 700x1200

1.9 (HEG)

1139

100%

Replacement

Bedroom 1

794

Type 22 450x1600

1.9 (HEG)

1137

100%

Exis ng

Bedroom 2

1164

Type 22 450x1800

1.9 (HEG)

1284

100%

Replacement

Bedroom 3

848

Type 22 400x1400

1.9 (HEG)

954

100%

Replacement

Dressing Room (Bedroom 1)

404

Single Panel Chrome Mirror Designer Radiator 1800x600

1.9 (HEG)

447

100%

Exis ng

En-suite (Bedroom 1)

447

Type 22 700x600

1.9 (HEG)

570

100%

Replacement

Landing

622

Type 22 600x800

1.9 (HEG)

671

100%

New

Arc One Group, ARC ONE GROUP LTD - UNIT 11A, WEMBDON FARM, ASHFORD, TN25 6SZ Tel: 01233770337 E-mail: Harry@arc-one.co.uk

Proposed Underﬂoor Hea ng Log Project REF: Leahy - SK10 5SE Pipe Spacing Recommenda on (Heat Emi er Guide)

Pipe Spacing Selected (mm)

UFH (Screed with Tile)

PS≤300 UFH pipes should be placed at 300mm or less to achieve the design condi on.

150

Exis ng

UFH (Screed with Tile)

PS≤300 UFH pipes should be placed at 300mm or less to achieve the design condi on.

150

Exis ng

210

UFH (Screed with Tile)

This room's heat loss is too great to recommend a pipe spacing size for this ﬂow temperature, UFH type and covering.

150

Exis ng

UFH (Screed with Tile)

This room's heat loss is too great to recommend a pipe spacing size for this ﬂow temperature, UFH type and covering.

150

Exis ng

Power Loss (W)

Wa s per metre squared (W/m²)

Kitchen / Dining Room

3014

U lity Room

627

Study

2268

Room Name

Toilet (Study)

303

233

Emi er Descrip on

Arc One Group, ARC ONE GROUP LTD - UNIT 11A, WEMBDON FARM, ASHFORD, TN25 6SZ Tel: 01233770337 E-mail: Harry@arc-one.co.uk

Heat Pump System Performance Es mate Installer Project Reference

Leahy - SK10 5SE

Client Name

David Leahy

Installa on Address Line 1

Gibhill Farm - Shrigley Road

Installa on Address Line 2 Installa on Address Line 3

Cheshire

Installa on Postcode

SK10 5SE

Energy Performance Cer ﬁcate (EPC) Informa on Does this es mate relate to a new build or proposal for extension or reduc on in size of an exis ng building? No

Es mate based on dra EPC Energy required to heat property 42,769 kWh Energy required for hot water

3,146 kWh

New Renewable System Informa on Type of System

Air Source Heat Pump

Manufacturer Name

Midea Monobloc R32 Cascade of 2no 12kW

* This calculator is not designed to be used for Solar Assisted Heat Pumps

Manufacturer Model

MHC-V12W/D2N8-B

MCS Cer ﬁca on Number

23.09.025

* Available from the MCS Product Directory

Flow Temperature

55 °C

* Determined by the temp. of the water leaving the HP when supplying space hea ng at the external design temp.

MCS SCOP Hea ng

3.45

* SCoP - Seasonal Coeﬃcient of Performance. This value is based on the MCS HP SCoP Table below

MCS SCOP Hot Water

1.75

* If providing space hea ng and DHW, default value from SAP2012. IF DHW only see methodology in MIS3005

Renewable System Provides

Hea ng and Hot Water

Hot Water Immersion Use

Once per week

Size of Hot Water Cylinder

180 ltr

* based on 50°C up to 60°C, 3kW

Exis ng Hea ng System Exis ng hea ng system fuel

Oil

* If new build model the most likely alterna ve fuel.

Hot Water heated by

Oil

* If new build model the most likely alterna ve fuel.

Age of exis ng system

1994-2007

Eﬃciency of exis ng system

87 %

Es mated System Performance / Comparsion Energy Requirement for the building Hea ng

Hot water Total

Net Energy required to heat property

42,769

3,146

45,915

kWh

Exis ng System Consump on

49,160

4,018

53,178

kWh

Electricity Consump on of Proposed Heat Pump for Space Hea ng versus Flow Temperature 12,500 10,937.5

Full Heat Pump System (if selected above) HP System Electricity Consump on

12,397

1,907

14,304

kWh

Hybrid System (if selected above) HP System Electricity Consump on

kWh

Hybrid system other Consump on

kWh

Hybrid Total Consump on

Note: There are diﬀerent types of hybrid system. This calcula on presumes a hybrid where both sources of heat supply the same hydraulic circuits (hea ng and hot water) according to the propor on selected above.

Electricity Consumed (kWh/year)

New HP System Es mated Consump on

9,375 7,812.5 6,250 4,687.5 3,125 1,562.5 0 35

HP Hea ng System Flow Temperature (°C)

Flow temperature 35°C 36°C 37°C 38°C 39°C 40°C 41°C 42°C 43°C 44°C 45°C 46°C 47°C 48°C 49°C 50°C 51°C 52°C 53°C 54°C 55°C 56°C 57°C 58°C 59°C 60°C 61°C 62°C 63°C 64°C 65°C

SCOP 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 3.45 0 0 0 0 0 0 0 0 0 0

SCoP Defini on SCoP = Seasonal Coefficient of Performance: MCS SCoP is a theore cal indica on of the an cipated efficiency of a heat pump aggregated over a year using standard climate data across Europe. It indicates the units of total heat energy generated (output) for each unit of energy (electricity) consumed (input). It is slightly different to ErP SCoP as it contains efficency losses due to controls and brine pumps (for a GSHP). As a guide a heat pump with a MCS SCoP of 3 generates 3 kWh of heat energy for every 1 kWh of electrical energy it consumes. This also means that 2/3rds of the heat output could be eligible for RHI payments. MCS SCoP is based on stringent factory based tests for equipment but does not specifically include the energy consump on of hea ng circula ng pump(s) nor does it model the transient condi ons typically experienced in prac ce in the consumers home and hence the overall final system efficiency is likely to be different from the MCS SCoP.

Important Informa on This performance es mate should be accompanied by the Key Facts which explain the factors that can affect the performance of a heat pump. Any technical varia on to the specifica on could affect the performance of the Heat Pump System in which case the MCS Contractor MUST update and re-issue this document and advise the customer of their Consumer Rights.

DHW Design Calcula ons Project Reference: Leahy - SK10 5SE

System Details Hot Water Temperature Required (°C)

Heat losses associated with hot water storage (°C)

Incoming water temperature (°C)

Pipework Eﬃciency from HP to Cylinder (%)

Legionella purge

Yes

Legionella purge frequency

Weekly

Legionella purge hours (per day or per week)

Legionella total purge hours

104

Legionella purge demand (Annual) (kWh/yr)

312

Legionella purge demand (Daily) (kWh/yr)

0.85

Total annual demand (kWh/yr)

3146

Heat supplied by primary heat source (kWh/yr)

3146

Heat supplied by auxiliary heat source (kWh/yr)

Heat supplied by immersion heater (kWh/yr)

312

Primary & Auxiliary Heat Source Details Output Capacity of Primary Heat Source (kW)

Flow temp while providing hot water (°C)

Eﬃciency of Auxiliary Heat Sources (%)

kW Capacity (kW)

DHW Cylinder Details Make

To Be Conﬁrmed

Model

To Be Conﬁrmed

EN8558 DHW capacity calcula on (ltr)

180

DHW chosen cylinder capacity (ltr)

180

Electric immersion heater size (If required)

DHW Cylinder Recovery Rate (mins)

Arc One Group, ARC ONE GROUP LTD - UNIT 11A, WEMBDON FARM, ASHFORD, TN25 6SZ Tel: 01233770337 E-mail: Harry@arc-one.co.uk

Heat Loss Calculation Report Summary Client Information Survey Reference Number

RC1828

Survey Date

29/01/2024

Installation Company

ARC One Group

Client Name

David Leahy

Contact Number

07788554946

Property Address

Gibhill Farm, Macclesfield, SK10 5SE

Heat Loss Calculation Summary Heat Loss Calculation Type

On-Site Survey

Measurement Method

On-Site - Internal

Date Heat Loss Calculations Completed

29/01/2024

Design Region

W Pennines (Ringway)

Average Outdoor Air Temperature used for the Design

-2.95c

Allowance for Intermittent Heat

10%

Allowance for Exposed Location

Design Flow Temperature Used (°C)

55c

Total Heat Demand of the Property (kW)

18.320kW The heat demand of the property is based on the construction and insulation levels as detailed in the Heat Loss Property Information Form and Site Report unless stated otherwise.

Proposed Equipment - Heat Pump Heat Pump Requirements

The design completed will be based on the below heat pump manufacturer and model. If an alternative heat pump is to be installed, consultation will be required to ensure the heat pump has sufficient capacity to service the demand of the property.

Installation Type

Space Heating and Hot Water

Proposed Heat Pump Manufacturer to be Installed

Midea

Heat Pump Installation Requirements

Monobloc

Quantity of Heat Pumps Required

Heat Pump kW Size(s) Required

2no 12kW

Heat Pump Model Number

MHC-V12W/D2N8-B

Heat Pump MCS Certification Number

23.09.025

Flow Temperature of Design (°C)

55c

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Page 1 of 4

Heat Loss Calculation Report Summary SCOP of Heat Pump at Design Flow Temperature

3.45

Decibel Rating of Proposed Heat Pump at 1m (dB)

58dB per unit

Does the Heat Pump have a Drop Off at Lower Outdoor Temperatures?

Yes

Is a Costal Heat Pump Required?

Proposed Heat Pump Outdoor Unit Location(s)

To go along the front external wall of the utility room cupboard

Does the Heat Pump Location Pass the Sound Power Level Calculations?

Yes

Proposed Equipment - Hot Water Number of Bedrooms

Number of Bathrooms

Hot Water Cylinder Size Required (L)

180L

Hot Water Cylinder Size Requested by Customer (L)

N/A - Not requested

Proposed Cylinder Manufacturer

To Be Confirmed

Proposed Cylinder Model

To Be Confirmed

Is a Solar Thermal Cylinder Required?

Is a Hot Water Power Diverter to be Reconnected?

Proposed Hot Water Cylinder Location(s)

Replace the current boiler within the utility room cupboard.

Proposed Equipment - Radiators The radiator replacement and additional radiators required for the property are based on the above flow temperature used for the design. If an alternative flow temperature for the system is used a new emitter schedule and design will be required. Is the Client Happy to Change Radiators?

Yes - Open to Discussion

Is the Client Happy to Change Towel Rails?

Yes - Open to Discussion

Total Number of Radiators Present at the Property

11 (9 Radiators & 2 Towel Rails)

Total Satisfactory Radiators

Total Radiator Replacements Required

Total New Radiators Required

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Page 2 of 4

Heat Loss Calculation Report Summary Radiator Requirement Notes

The kitchen/dining room, utility room, study and toilet 2 are heated by UFH. A new additional radiator has been designed for the conservatory and a type 33 replacement for the living room due to the high demands. New radiators have been sized for the unheated porch and landing.

Are Changes to Pipework Required?

No - all radiators 15mm+

Areas Requiring Attention / Further Investigation Has the Property got an Incoming Electrical Supply of Less Than 100A?

Unknown

If 'Yes' or 'Unknown' Provide Details

Sticker not visible, fuse size unknown

Are there pipework issues which require attention?

Additional Information Is a New Energy Performance Certificate Required?

Yes

Reason for New Energy Performance Certificate

New EPC required once cavity walls have been inspected and loft insulation has been increased. *see site report.

Is Planning Permission Required for the ASHP Installation?

Heat Loss Calculation Assumptions and Forecasts

Based on the extension cavity walls being filled and loft insulation being increased. Otherwise all information/details as found within the site report and property information form.

Do the Heat Loss Calculations consider any Extensions or Internal Changes not Present at the Property on the Date of Survey?

Terms and Conditions Terms and Conditions

Regenertec Consulting accept no responsibility and take no liability on the installation of any of the proposed equipment. Regenertec Consulting are appointed on an impartial basis to provide advice and recommendations based on discussions with the client(s) and/or installer(s). All final equipment locations and specifications are to be made with/by the appointed installer for the project. All measurements of the property were taken internally during the on-site survey by manually taking the measurements utilising relevant equipment (laser measure tools and/or tape measures). When the property is due to undergo extension, renovation or internal changes measurements may have been taken from architectural plans or measurements provided by the client(s) and/or installer. Regenertec Consulting take no liability for the accuracy of the any plans or measurements provided. Regenertec Consulting take no liability for any future alterations to internal and/or external room sizes as well as construction types and/or insulation levels unless explicitly stated otherwise within Heat Loss Calculation Assumptions and Forecasts section or any other documentation issued. If the property undergoes any extensions, alterations or changes to insulation after the date of the survey, the heat loss calculations completed will become void.

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Page 3 of 4

Heat Loss Calculation Report Summary Privacy Policy

Details of Regenertec Consulting’s Privacy Policy can be found at: www.regenertecconsulting.co.uk Last Updated: 07/06/2023

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Page 4 of 4

1/26/24, 12:56 PM

Energy performance certificate (EPC) – Find an energy certificate – GOV.UK

English

Cymraeg

Energy performance certificate (EPC) !

This certificate has expired.

Gibhill Farm Shrigley Road Pott Shrigley MACCLESFIELD SK10 5SE

Energy rating

This certificate expired 9 February 2022 on:

Certificate number:

8342-6522-9500-1590-0992

Property type

Detached house

Total floor area

206 square metres

Rules on letting this property Properties can be let if they have an energy rating from A to E. You can read guidance for landlords on the regulations and exemptions (https://www.gov.uk/guidance/domestic-private-rented-property-minimum-energy-efficiency-standardlandlord-guidance).

Energy rating and score This property’s energy rating is E. It has the potential to be D. See how to improve this property’s energy efficiency.

Score 92+ 81-91 69-80

Energy rating

Current

Potential

A B C

55-68 39-54

60 D

21-38 1-20

43 E

F G

The graph shows this property’s current and potential energy rating. Properties get a rating from A (best) to G (worst) and a score. The better the rating and score, the lower your energy bills are likely to be. For properties in England and Wales:

the average energy rating is D the average energy score is 60 https://find-energy-certificate.service.gov.uk/energy-certificate/8342-6522-9500-1590-0992

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Energy performance certificate (EPC) – Find an energy certificate – GOV.UK

Breakdown of property’s energy performance Features in this property Features get a rating from very good to very poor, based on how energy efficient they are. Ratings are not based on how well features work or their condition. Assumed ratings are based on the property’s age and type. They are used for features the assessor could not inspect. Feature

Description

Rating

Wall

Sandstone, as built, no insulation (assumed)

Very poor

Wall

Cavity wall, as built, no insulation (assumed)

Poor

Roof

Pitched, 150 mm loft insulation

Good

Roof

Pitched, 250 mm loft insulation

Good

Window

Fully double glazed

Average

Main heating

Boiler and radiators, oil

Average

Main heating control

Programmer, TRVs and bypass

Average

Hot water

From main system

Average

Lighting

Low energy lighting in 8% of fixed outlets

Very poor

Floor

Solid, no insulation (assumed)

N/A

Secondary heating

Room heaters, wood logs

N/A

Low and zero carbon energy sources Low and zero carbon energy sources release very little or no CO2. Installing these sources may help reduce energy bills as well as cutting carbon emissions. The following low or zero carbon energy sources are installed in this property:

Biomass secondary heating

Primary energy use The primary energy use for this property per year is 281 kilowatt hours per square metre (kWh/m2).

About primary energy use

How this affects your energy bills An average household would need to spend £2,508 per year on heating, hot water and lighting in this property. These costs usually make up the majority of your energy bills. You could save £771 per year if you complete the suggested steps for improving this property’s energy rating. This is based on average costs in 2012 when this EPC was created. People living at the property may use different amounts of energy for heating, hot water and lighting.

Heating this property Estimated energy needed in this property is:

28,754 kWh per year for heating 2,944 kWh per year for hot water

Impact on the environment This property’s environmental impact rating is F. It has the potential to be E. Properties get a rating from A (best) to G (worst) on how much carbon dioxide (CO2) they produce each year.

https://find-energy-certificate.service.gov.uk/energy-certificate/8342-6522-9500-1590-0992

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Energy performance certificate (EPC) – Find an energy certificate – GOV.UK

Carbon emissions An average household produces

6 tonnes of CO2

This property produces

13.0 tonnes of CO2

This property’s potential production

9.0 tonnes of CO2

You could improve this property’s CO2 emissions by making the suggested changes. This will help to protect the environment. These ratings are based on assumptions about average occupancy and energy use. People living at the property may use different amounts of energy.

https://find-energy-certificate.service.gov.uk/energy-certificate/8342-6522-9500-1590-0992

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Energy performance certificate (EPC) – Find an energy certificate – GOV.UK

Changes you could make Do I need to follow these steps in order?

Step 1: Cavity wall insulation Typical installation cost Typical yearly saving Potential rating after completing step 1

£100 - £300 £189 47 E

Step 2: Low energy lighting Typical installation cost

£55

Typical yearly saving

£54

Potential rating after completing steps 1 and 2

48 E

Step 3: Heating controls (room thermostat) Typical installation cost Typical yearly saving Potential rating after completing steps 1 to 3

£350 - £450 £148 52 E

Step 4: Replace boiler with new condensing boiler Typical installation cost Typical yearly saving Potential rating after completing steps 1 to 4

£1,500 - £3,500 £381 60 D

Step 5: Solar water heating Typical installation cost Typical yearly saving Potential rating after completing steps 1 to 5

£4,000 - £6,000 £57 62 D

Step 6: Internal or external wall insulation Typical installation cost Typical yearly saving https://find-energy-certificate.service.gov.uk/energy-certificate/8342-6522-9500-1590-0992

£5,500 - £14,500 £414 4/6

1/26/24, 12:56 PM

Energy performance certificate (EPC) – Find an energy certificate – GOV.UK

Potential rating after completing steps 1 to 6

70 C

Step 7: Solar photovoltaic panels, 2.5 kWp Typical installation cost

£11,000 - £20,000

Typical yearly saving

£219

Potential rating after completing steps 1 to 7

76 C

Step 8: Wind turbine Typical installation cost

£1,500 - £4,000

Typical yearly saving

£78

Potential rating after completing steps 1 to 8

78 C

Help paying for energy improvements You might be able to get a grant from the Boiler Upgrade Scheme (https://www.gov.uk/apply-boiler-upgrade-scheme). This will help you buy a more efficient, low carbon heating system for this property.

More ways to save energy Find ways to save energy in your home.

Who to contact about this certificate Contacting the assessor If you’re unhappy about your property’s energy assessment or certificate, you can complain to the assessor who created it.

Assessor’s name

Steve Pratt

Telephone

0870 2244463

epcaudit@cwsurveyors.co.uk

Contacting the accreditation scheme If you’re still unhappy after contacting the assessor, you should contact the assessor’s accreditation scheme.

Accreditation scheme

Northgate

Assessor’s ID

NGIS801810

Telephone

01455 883 250

enquiries@elmhurstenergy.co.uk

About this assessment https://find-energy-certificate.service.gov.uk/energy-certificate/8342-6522-9500-1590-0992

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1/26/24, 12:56 PM

Energy performance certificate (EPC) – Find an energy certificate – GOV.UK

Assessor’s declaration

No related party

Date of assessment

10 February 2012

Date of certificate

10 February 2012

Type of assessment

RdSAP

Other certificates for this property If you are aware of previous certificates for this property and they are not listed here, please contact us at dluhc.digital-services@levellingup.gov.uk or call our helpdesk on 020 3829 0748 (Monday to Friday, 9am to 5pm). There are no related certificates for this property.

Help (/help)

Accessibility (/accessibility-statement)

Cookies (/cookies)

Give feedback (https://forms.office.com/e/hUnC3Xq1T4)

Service performance (/service-performance)

All content is available under the Open Government Licence v3.0 (https://www.nationalarchives.gov.uk/doc/opengovernment-licence/version/3/), except where otherwise stated

ht (https://www.nationalarchives.gov.uk/information-management/re-using-public-sector-information/uk-government-licensing-framework

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Room Temperature Design Waiver Client Details Survey Reference Number

RC1828

Survey Date

29/01/2024

Client Name

David Leahy

Property Address

Gibhill Farm, Macclesfield, SK10 5SE

Room Design Temperatures All Heat Pump (Air, Ground or Water Source) installations are required to be designed in compliance with MCS to be eligible for any government funding and/or incentives. The designing process entails Heat Loss Calculations to be carried out to ensure the equipment being installed is sufficient to meet the properties space heating and hot water demand. Room Design Temperatures

Below are the internal design temperatures for relevant spaces which are used to maintain compliance with MCS. These temperatures are also in line with the UK national annex to BS EN 12831. All rooms will be designed with a flow temperature of between 35-55c depending on the heat emitter servicing the rooms heat demand. Please select yes to all the room temperatures below that you are happy with. Please note, these temperatures are minimum design temperatures that must be used to ensure compliance. However, they can be increased above those stated below where required. Please advise the surveyor which rooms you desire to be warmer and to what temperatures so that the design can be completed accordingly.

Was the Property Built Post 2006?

Post 2006 Built Properties

Where domestic dwellings are built post 2006, CIBSE Design Guide A recommends that all rooms are designed at 21°c except bathrooms are designed at 22°c and store rooms 16°c.

Year of Build

1600’s

Client Decision Regarding Design Temperature

Utilize Standard MCS Temperatures - Outlined Below

Living Rooms and Sitting Rooms are designed at 21°c

Yes

Dining Rooms and Breakfast Rooms are designed at 21°c

Yes

Play Rooms are designed at 21°c

Yes

Kitchens are designed at 18°c

Yes

Utility Rooms are designed at 18°c

Yes

Kitchen / Dining Rooms are designed at 21°c

Yes

Toilets and Cloakrooms are designed at 18°c

Yes

Conservatories are designed at 18°c

Yes

Bedrooms are designed at 18°c

Yes

Bedroom / Study's are designed at 21°c

Yes

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Page 1 of 2

Room Temperature Design Waiver Bedsitting Rooms are designed at 21°c

Yes

Halls, Porches, Corridors and Landings are designed at 18°c

Yes

Bathrooms, Shower Rooms and En-suite's are designed at 22°c

Yes Due to the lower flow temperatures provided by Heat Pumps, some emitters in each rooms may require to be upgraded. Any required radiator upgrades will be determined upon completion of Heat Loss Calculations and existing emitter schedule assessment (if applicable). I/We confirm the surveyor in attendance has individually surveyed each room of My/Our property. I/We understand the purpose of the room design temperatures and accept that; unless advised otherwise it will be done in accordance with MCS guidelines and temperatures stated above. I/We also understand that it may not be possible to reach the necessary temperature in each room and cannot be advised of this until relevant calculations have been completed. By signing this document you agree for the surveyor to use the above stated minimum room design temperatures for your heat pumps design and Heat Loss Calculations. Unless stated otherwise in the comments and advice section the minimum design temperatures will be used.

Client Signature

Print Name

David Leahy

Date

29/01/2024

Surveyor Signature

Print Name

Cat Baker

Date

29/01/2024

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Page 2 of 2

Heat Loss Property Information Form Client Information Survey Reference Number

RC1828

Survey Date

29/01/2024

Survey Purpose

Heat Loss Survey

Installation Company

ARC One Group

Client Name

David Leahy

Client Email Address

david@davidleahy.com

Contact Number

07788554946

Property Address

Gibhill Farm, Macclesfield, SK10 5SE

Property Information Property Type

Detached House

Number of Bedrooms

Number of Bathrooms

Number of Floors

Is the Property Located Within a Conservation Area?

Is the Property Listed?

Date of Construction

1700’s

Has the Property Been Extended?

Yes

Quantity of Extensions Completed

Extension 1 Construction Date

1950’s - Kitchen two storey extension

Is the Property due to be Extended?

Has the Property got a Valid Energy Performance Certificate?

Is there a Recommendation for Loft Insulation on the Current EPC?

N/A

Is there a Recommendation for Cavity Wall Insulation on the Current EPC?

N/A

Building Construction / Insulation Details Main External Wall Type

Solid Stone - Sandstone/Whinstone

Extension(s) External Wall Type(s)

Unfilled Cavity, Cavity Wall - Insulation Unknown

Party Wall Type

N/A - Detached

Internal Wall Type

Brick, Block, Stone

Ground Floor Type

Solid - Uninsulated

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Page 1 of 8

Heat Loss Property Information Form Dividing Floor Construction

Suspended Timber - Uninsulated

Glazing Type

UPVC / Wood Double Glazing

Roof Space Insulation Thickness (mm)

100-200mm

Roof Space Area of Insulation

Joists

Roof Space Access Details

Loft Hatch, Drop Ladder, Boarding - Partial, Light

Loft Hatch Size

620x750

Roof Space Ridge Height (m)

1.74m

New Extension - Building Construction / Insulation Details Are Plans Available for the New Extension?

N/A

Existing Heating and Hot Water Details Current Heat Source

Oil

Current Heat Emitter(s)

Radiators, Towel Rails, Underfloor Heating

Radiator Pipework Type

Standard (>15mm)

Radiator Flow and Return Size (mm)

15mm

Is there Underfloor Heating Present at the Property?

Yes

Underfloor Heating Installation Date

Various

Are there Pipework Layouts Available for the Underfloor Heating?

Does the Property have Zoned Thermostatic Control?

Yes

Quantity of Boilers Present

Boiler Type

Standard

Boiler Details

Grant

Boiler Age

Unknown

Current Boiler Location

Located floor-mounted within the utility room cupboard

Is the Boiler Located Along an External Wall?

Yes

Boiler Cupboard Size

660D x 900W x 2200H (sloping)

Boiler Flow and Return Size (mm)

22mm

Programmer Location

Utility room cupboard

Quantity of Thermostats Present

Is there a Hot Water Cylinder Present?

Yes

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Page 2 of 8

Heat Loss Property Information Form Quantity of Hot Water Cylinders Present

Main Hot Water Cylinder Location

Loft space

How is the Hot Water Heated?

Boiler, Immersion

Is the Hot Water Cylinder Along an External Wall?

N/A

Main Hot Water Cylinder Details

Oso Indirect 250

Main Hot Water Cylinder Capacity (L)

250L

Main Hot Water Cylinder Flow and Return Size (mm)

22mm

Main Hot Water Cylinder Cupboard Size

N/A - Loft space

Is there Solar Thermal Present?

Is there a Hot Water Power Diverter Present?

Is there Filter Protection?

Is there a Water Softener Present?

Secondary Heating

Wood Burner(s)

Is there Mechanical Ventilation Heat Recovery (MVHR) Present at the Property?

Existing Electrical Details Incoming Mains Location

Utility room cupboard

Incoming Mains Make / Model

Secure Liberty 100

Mains Supply Type

Single Phase

Incoming Fuse Size (A)

Unknown - Sticker Not Visible

Quantity of Consumer Units

Main Consumer Unit Location

Utility room cupboard

Main Consumer Unit Make / Model

Wylex

Number of Spare Ways on Main Consumer Unit

Is the Consumer Unit RCD Protected?

Yes

RCD Size (A)

80A

Sub Consumer Unit Location(s)

Utility room cupboard

Distance Between Incoming Mains and Main Consumer Unit (m)

Next to one another

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Page 3 of 8

Heat Loss Property Information Form Current Technologies Present at the Property

N/A - No Renewables Present

Heat Pump Installation Details Installation Type

Space Heating and Hot Water

Proposed Heat Pump Type Being Installed

Air Source Heat Pump

Proposed Heat Pump Make / Model to be Installed

Midea Monobloc R32

Number of ASHP Locations Discussed

ASHP Outdoor Unit Location 1

To go along the front external wall of the utility room cupboard.

Location 1 - Will the ASHP Location be at least 1m from any Neighbouring Boundaries?

Yes

Location 1 - Will the ASHP be Visible from the Roadside?

Yes - Fully Visible

Location 1 - ASHP Mounting Type

Ground Mounted

Ground Conditions for ASHP

Patio Slabs, Solid, Flat

Groundwork Requirements

N/A

Distance from ASHP Outdoor Unit to Existing Boiler Location* (m)

Hot Water Cylinder Location 1

Replace the current boiler within the utility room cupboard

Proposed Hot Water Cylinder Cupboard Size - Location 1

660D x 900W x 2200H (sloping)

Is a Solar Thermal Cylinder Required?

Will an Existing Hot Water Power Diverter Require Reconnecting?

Flow and Return Pipework Route(s) from Outdoor Unit to Hot Water Cylinder

Flow and return pipework can go back to back from the ASHP to the cylinder location

Will Pipework Lagging / Insulation be Required?

Yes

Will Pipework need to go through the Roof Space?

Distance from ASHP Outdoor Unit to Incoming Mains*

Distance from ASHP Outdoor Unit to Consumer Unit*

Proposed Emitters for ASHP

Existing Underfloor Heating, Existing Radiators, New Radiators

Is the Heat Pump Installation intended for the Boiler Upgrade Scheme?

Yes

Is Loft Insulation Required?

Yes 100mm

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Page 4 of 8

Heat Loss Property Information Form Does the Property Require Cavity Wall Insulation?

Yes / Inspection required *see site report

Is a New Energy Performance Certificate Required?

Yes

Will Planning Permission be Required for the Heat Pump Installation?

Additional Property Information General Access

Good

Delivery Access

Good

Parking

On Private Driveway

Utility Provider

Unknown, bill not provided

Electricity Unit Rate Paid (p/kWh)

Unknown, bill not provided

MPAN Supply Number

Unknown, bill not provided

Signature

Print Name

Cat Baker

Date/Time

29/01/2024 All information present on this document was obtained on the date of the survey outlined above on Page 1. The information was obtained either on physical site inspection or from advice given by the client/occupant(s) and/or the installer.

General Information

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Page 5 of 8

Heat Loss Property Information Form Planning Permission

The Planning Portal states the following information relating to the installation of Air Source Heat Pumps: "From 1 December 2011 the installation of an air source heat pump on domestic premises is considered to be permitted development, not needing an application for planning permission, provided ALL the limits and conditions listed below are met. These permitted development rights apply to the installation, alteration or replacement of an air source heat pump on a house or block of flats, or within the curtilage (garden or grounds) of a house or block of flats, including on a building within that curtilage. A block of flats must consist wholly of flats (e.g. should not also contain commercial premises). Limits to be met: - Development is permitted only if the air source heat pump installation complies with the Microgeneration Certification Scheme Planning Standards (MCS 020) or equivalent standards. Read more about the scheme - The volume of the air source heat pump’s outdoor compressor unit (including housing) must not exceed 0.6 cubic metres - Only the first installation of an air source heat pump would be permitted development, and only if there is no existing wind turbine on a building or within the curtilage of that property. - Additional wind turbines or air source heat pumps at the same property requires an application for planning permission - All parts of the air source heat pump must be at least one metre from the property boundary - Installations on pitched roofs are not permitted development. If installed on a flat roof all parts of the air source heat pump must be at least one metre from the external edge of that roof - Permitted development rights do not apply for installations within the curtilage of a Listed Building or within a site designated as a Scheduled Monument - On land within a Conservation Area or World Heritage Site the air source heat pump must not be installed on a wall or roof which fronts a highway or be nearer to any highway which bounds the property than any part of the building - On land that is not within a Conservation Area or World Heritage Site, the air source heat pump must not be installed on a wall if that wall fronts a highway and any part of that wall is above the level of the ground storey. In addition, the following conditions must also be met. The air source heat pump must be: - Used solely for heating purposes Removed as soon as reasonably practicable when it is no longer needed for microgeneration - Sited, so far as is practicable, to minimise its effect on the external appearance of the building and its effect on the amenity of the area. You may wish to discuss with the Local Planning Authority for your area whether all of these limits and conditions will be met." This information was obtained from the Planning Portal wesbite at the below link: https://www.planningportal.co.uk/info/200130/common_projects/27/heat_pumps/2

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Page 6 of 8

Heat Loss Property Information Form Boiler Upgrade Scheme

For the property to be eligible for the Boiler Upgrade Scheme (BUS) the property must satisfy the following: - Have cavity wall insulation (if the property has cavity walls). Loft insulation meets one of the following: The National Insulation Association recommended depth for loft insulation is: - 270 millimetres for glass wool, - 250 millimetres for rock wool - 220 millimetres for cellulose. You must install loft and/or cavity wall insulation if it is recommended in your EPC. All EPC’s have a section which outline recommendations of methods to improve the efficiency of the building. If there is a recommendation to install loft insulation or cavity wall insulation this must be done prior too the application of the BUS voucher and a new EPC completed to reflect the change. All other recommendations present on the EPC such as upgrading glazing, floor insulation or external/internal wall insulation etc. are not a requirement of the BUS scheme and are optional. On occasion, there may be instances where it is not possible to install either loft or cavity wall insulation (or both). When this is the case, exemptions can be provided to enable eligibility for the BUS. Further information on how to obtain an exemption can be found within the Essential Guide for Applicants link below. This information was obtained from Ofgem's wesbite at the below link: https://www.ofgem.gov.uk/environmental-and-social-schemes/boiler-upgradescheme-bus/property-owners#paragraph-3951-title

Terms and Conditions

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Page 7 of 8

Heat Loss Property Information Form Terms and Conditions

Regenertec Consulting accept no responsibility and take no liability for the installation of any of the proposed equipment. Regenertec Consulting are appointed on an impartial basis to provide advice and recommendations based on discussions with the client(s) and/or installer(s). All final equipment locations and specifications are to be made with/by the appointed installer for the project. The heat loss calculations were completed following the on-site survey completed on the date outlined above in Page 1. The construction types and insulation levels used for the heat loss calculations can be found under the section “Building Construction / Insulation” unless stated otherwise within any related survey documentation. When the property is due to undergo a new extension and/or renovations, the new extended areas will be assumed to meet the minimum Current Building Regulation standards as set out in Approved Document L1B. Alternative construction types and u-values will only be used if details can be provided by the client(s) and/or installer. Details of the new extensions can be found under the heading “Building Construction / Insulation - New Extension” or within any other related survey documentation. When the property is due to undergo extension, renovation or internal changes measurements may have been taken from architectural plans or measurements provided by the client(s) and/or installer. Regenertec Consulting take no liability for the accuracy of the any plans or measurements provided where measurements cannot be taken onsite. All measurements of the property were taken internally during the on-site survey by manually taking the measurements utilising relevant equipment (laser measure tools and/or tape measures). Regenertec Consulting take no liability for any future alterations to internal and/or external room sizes as well as construction types and/or insulation levels unless explicitly stated otherwise within Heat Loss Calculation Assumptions and Forecasts section or any other documentation issued. If the property undergoes any changes to the proposed size, layout or construction/insulation levels after the date of the calculations being completed, the heat loss calculations completed will become void. In the event that either the existing dwelling and/or extension changes in any of the aforementioned ways, Regenertec Consulting should be appointed too re-complete the calculations. Regenertec Consulting reserve the right to charge for any required changes and additional fee’s will be discussed at the time of request.

Details of Regenertec Consulting's Privacy Policy can be found at: www.regenertecconsulting.co.uk Last Updated: 15/06/2023

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Page 8 of 8

Client Safeguarding and Declaration Client Details Survey Reference Number

RC1828

Survey Date

29/01/2024

Client Name

David Leahy

Contact Number

07788554946

Property Address

Gibhill Farm, Macclesfield, SK10 5SE

Client Safeguard and Declaration Heat Loss Survey Conducted on Behalf Of

ARC One Group

Time of Survey

11:15 AM (0 GMT)

Survey Duration

1 hour

Was the property owner present for the survey?

Yes

If "No" is Selected Specify Details Do you believe that the occupant(s) in the property are vulnerable in anyway?

Were there any language barriers?

Were there any signs of infirmity?

Details of vulnerability suspicions (if applicable) I/We agree that the survey has been carried out in a professional technical capacity only and understand the purpose of the survey completed. This survey supersedes any previous surveys carried out and it is advised that if any structural or insulation element of the property is altered post-survey that a new survey is completed. Should any alterations be made after the survey the information collated from this survey will become void. I/We understand that Regenertec Consulting bears no responsibility for the equipment being installed at My/Our property and; Regenertec Consulting provides this survey in a consultancy capacity only - to advise on the most efficient system for the property. The final equipment specification and installation method is to be decided by the installation company detailed above. Client Signature

Print Name

David Leahy

Date

29/01/2024

www.regenertecconsulting.co.uk | info@regenertecconsulting.co.uk | 01206 646 343

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Client Safeguarding and Declaration Surveyor Signature

Print Name

Cat Baker

Date

29/01/2024

www.regenertecconsulting.co.uk | info@regenertecconsulting.co.uk | 01206 646 343

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