Improvement of thermal insulation of the building envelope

©Jackin, image #58608038, 2017, source: Fotolia.com

Information

Impacts:
Air Energy Carbon
Sector:
Construction Cross-cutting
Investment cost:
High cost
Cost savings:
main savings are achieved in energy consumption for heating
Payback time:
In countries with warmer climate the payback time is usually shorter due to thinner insulation layers and hence lower investment
Cost:
High cost
Co2 emission reduction:
≥ 35 % of CO2 emissions associated with energy consumption for heating [1]
Size of company:
Micro (less than 10)

Good insulation of exterior walls, floors, ceilings/roofs, windows, and exterior doors can reduce your new building’s energy demand (both cooling and heating) by some 35 %.

Thermal insulation can also help you reduce CO2 emissions by more than a third, and improve the thermal comfort and indoor air quality within the building. It also helps owners meet building codes and standards as they become ever-more strict.

Today, the so-called 'passive house standard' is seen as a benchmark of excellence in insulation. It sets the energy demand for heating of commercial buildings at 15 kWh/m² per year for new buildings and 25 kWh/m² for older buildings.

Although the investment costs for insulating measures are generally high, the payback period is quite fast (6-15 years), depending on the climate. Technologies to insulate both new and existing buildings are readily available on the market.

You can save money on retrofitting your existing building if you combine it with other planned refurbishments (e.g. renewal of plastering and painting). And further savings are possible by combining thermal insulation with more efficient heating and cooling systems.

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