Definitions - h

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

This refers to devices used to change DC Power into AC Power. Grid tie Inverters are different from regular Inverters in that they are designed to 'feed-into' the existing electric supply to your building.

Carbon Footprint refers to the the total greenhouse gas emissions that result from a person, organization, product or service over a given time.

It tends to act as an umbrella term for any attempt to measure greenhouse gas emissions and as a result can refer to simply the emissions that result from a single activity, such as flying; the emissions that result from an organization or building over the course of a year; or the full lifetime emissions of a product or organization, including emissions from the supply chain or disposal of resources.

While carbon footprints colloquially refer to the amount of CO2 emitted, the UK Carbon Trust endorses a wider definition and considers all six of the Kyoto Protocol greenhouse gases - Carbon dioxide, Methane, Nitrous oxide, Hydro fluorocarbons, Perfluorocarbons, and Sulfur hexafluoride - when measuring a carbon footprint.