The Energy efficiency of Insulation

The Energy efficiency of Insulation 14L insulation4less.co.uk Insulated siding improves energy efficiency by reducing thermal bridging ? like a blanket, it is continuous insulation over the studs, which helps homes stay cool in summer and warm in winter. 40% of SA total energy currently used in buildings = 35% Roof Summer = 10% Air Principle of insulation gaps = 10% = 25% Walls Glazing Thermal Winter bridges Floor = 10% z 10% Ground Correctly insulating the building envelope in combination with energy saving techniques can control energy losses and reduce energy consumption by up to 78% 2$ IECC ENERGY SAVINGS RECOGNIZED IN THE ENERGY CODE ENERGY STAR® QUALIFIED A study to determine insulated siding's effect on energy performance under real-world conditions (after retrofitting existing single-family homes) observed that, in every case, after the insulated siding was installed, less home heating fuel was used. HOMES PROGRAM V. 3 The International Energy Conservation Code recognizes insulated siding as a form of continuous insulation in the 2015 Energy Code, which means it can be used as part of a compliance package to meet energy codes that are currently adopted. Due to its ability to reduce thermal bridging, insulated siding can help qualify homes under the ENERGY STAR Qualified Homes Program. https://twitter.com/Insulationless www.pinterest.com/insulation4less www.facebook.com/Insulation4lessUK https://plus.google.com/u/0/+Insulation4lessCoUk Design by + SOURCES www.insulation4less.co.uk