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Location and Building Type

Building Details

Heat source

Existing Building Analysis

Choose your renovation measures

Heat source

Detailed report

Summary

PART 1

Location and Building Type

Location

Building Type

Location and Building Type

Building Details

Heat source

Existing Building Analysis

Choose your renovation measures

Heat source

Detailed report

Summary

Building Details

External Walls

Attic

Basement Walls

Slab on ground

Windows

Doors

Ventilation

Location and Building Type

Building Details

Heat source

Existing Building Analysis

Choose your renovation measures

Heat source

Detailed report

Summary

Building Details

External Walls

Ext wall - 1960s Original

Ext. Wall +50

Ext. Wall +100

Ext. Wall +150

Ext. Wall +200

Ext. Wall +250

Location and Building Type

Building Details

Heat source

Existing Building Analysis

Choose your renovation measures

Heat source

Detailed report

Summary

Heat source

Direct Electricity

District Heating

Air-to-Air HP

Air-to-Water HP

Geothermal HP

Location and Building Type

Building Details

Heat source

Existing Building Analysis

Choose your renovation measures

Heat source

Detailed report

Summary

Existing Building Analysis

158

Energy Use

/ (kWh / m2)

258

Primary Energy number

/ (kWh / m2)

1,583

Op. Emissions

/ kg CO2 eq.

Energy Class

Location and Building Type

Building Details

Heat source

Existing Building Analysis

Choose your renovation measures

Heat source

Detailed report

Summary

158

Energy Use

/ (kWh / m2)

258

Primary Energy number

/ (kWh / m2)

An energy class for a house in the EU refers to a standardized rating that indicates the energy efficiency of a home This classification ranges from A to G with A being the most energy efficient and G the least The rating is based on various factors including insulation quality heating and cooling systems and overall energy consumption An energy efficient home higher rating typically results in lower utility bills and a reduced environmental impact reflecting better use of resources and sustainability practices

1,583

Op. Emissions

/ kg CO2 eq.

Energy Class

Location and Building Type

Building Details

Heat source

Existing Building Analysis

Choose your renovation measures

Heat source

Detailed report

Summary

PART 2

Choose your renovation measures

External Walls

Attic

Basement Walls

Slab on ground

Windows

Doors

Ventilation

Location and Building Type

Building Details

Heat source

Existing Building Analysis

Choose your renovation measures

Heat source

Detailed report

Summary

Heat source

Direct Electricity

District Heating

Air-to-Air HP

Air-to-Water HP

Geothermal HP

Install Radiators?

YES

Location and Building Type

Building Details

Heat source

Existing Building Analysis

Choose your renovation measures

Heat source

Detailed report

Summary

Ext. Wall

+100

Embodied emissions

Investment cost

Investment / saved kWh

Energy use savings

Op. Emissions savings

Environmental paybacktime

615

55,788

1.32

10.12

16.4

kg CO2 eq.

SEK

SEK / kWh, 50y

kWh / y

kg CO2 eq. /y

years

Slab

1960s Original

Embodied emissions

Investment cost

Investment / saved kWh

Energy use savings

Op. Emissions savings

Environmental paybacktime

kg CO2 eq.

SEK

SEK / kWh, 50y

kWh / y

kg CO2 eq. /y

years

Attic

+200

Embodied emissions

Investment cost

Investment / saved kWh

Energy use savings

Op. Emissions savings

Environmental paybacktime

203

29,187

0.65

896

6.1

kg CO2 eq.

SEK

SEK / kWh, 50y

kWh / y

kg CO2 eq. /y

years

Basement walls

1960s Original

Embodied emissions

Investment cost

Investment / saved kWh

Energy use savings

Op. Emissions savings

Environmental paybacktime

kg CO2 eq.

SEK

SEK / kWh, 50y

kWh / y

kg CO2 eq. /y

years

Windows

U-value 1.2

Embodied emissions

Investment cost

Investment / saved kWh

Energy use savings

Op. Emissions savings

Environmental paybacktime

1,929

199,42

3.33

1,197

43.5

kg CO2 eq.

SEK

SEK / kWh, 50y

kWh / y

kg CO2 eq. /y

years

Doors

U-value 1.2

Embodied emissions

Investment cost

Investment / saved kWh

Energy use savings

Op. Emissions savings

Environmental paybacktime

191

35,23

2.78

254

20.4

kg CO2 eq.

SEK

SEK / kWh, 50y

kWh / y

kg CO2 eq. /y

years

Ventilation

1960s Original

Embodied emissions

Investment cost

Investment / saved kWh

Energy use savings

Op. Emissions savings

Environmental paybacktime

kg CO2 eq.

SEK

SEK / kWh, 50y

kWh / y

kg CO2 eq. /y

years

Heat Source

Air-To-Water HP

Embodied emissions

Investment cost

Investment / saved kWh

Energy use savings

Op. Emissions savings

Environmental paybacktime

2059

136,148

0.25

22,097

818

2.5

kg CO2 eq.

SEK

SEK / kWh, 50y

kWh / y

kg CO2 eq. /y

years

Additional - embodied emissions due to previous selections

Radiators,

embodied emissions:

1100

kg CO2 eq.

Additional - energy savings due to previous selections

Less infiltration:

864

kWh / y

Reduced thermal bridges:

kWh / y

Location and Building Type

Building Details

Heat source

Existing Building Analysis

Choose your renovation measures

Heat source

Detailed report

Summary

SUMMARY

Total embodied emissions:

6,097

kg CO2 eq.

Energy use savings:

32,174

kWh / y

Total investment cost:

467,054

SEK

Operational CO2 reductions:

1,190

kg CO2 eq. /y

Environmental payback-time:

5.1

years

renoveringspass.se

Energy use reduction:

75.2%

Emission reductions by 2050:

24,854

kg CO2 eq.

Energy Class

renoveringspass.se

Location and Building Type

Building Details

Heat source

Existing Building Analysis

Choose your renovation measures

Heat source

Detailed report

Summary

SUMMARY

Total embodied emissions:

6,097

kg CO2 eq.

Energy use savings:

32,174

kWh / y

Total investment cost:

467,054

SEK

Operational CO2 reductions:

1,190

kg CO2 eq. /y

Environmental payback-time:

5.1

years

renoveringspass.se

Energy use reduction:

75.2%

Emission reductions by 2050:

24,854

kg CO2 eq.

Energy Class

renoveringspass.se

Environmental payback refers to the point at which the environmental benefits gained from a particular action or investment outweigh the environmental costs incurred in implementing it This concept is often used in the context of renewable energy systems sustainable practices and green technologies For example the environmental payback period for a solar panel is the time it takes for the energy produced by the panel to offset the energy consumed and emissions generated during its production installation and maintenance