Including 6 closely related terms such as heating system, heating systems, and heating systems.
… and partnerships. This is a cross-cutting theme and encompasses a wide variety of projects. Energy efficiency Energy efficiency is one of the most cost-effective ways of reducing costs and carbon emissions simultaneously. Typical energy efficiency measures include retrofitting properties with better insulation, installing more efficient space and water heating systems. Climate Fife projects will increase…
… been progress, such as improvements to our homes and creating new district heating like Glenrothes Energy. The technologies and policy knowledge needed to avoid this catastrophe already exist, but transformations must begin now. We now need to mobilise to accelerate the pace and ambition of our response to the climate crisis. Climate Fife is Fife’s response to the climate emergency. Fife…
… scale. All aspects of day to day life will need to change from: • How we heat and power our homes; • Where and how we build; • Settlement patterns and how we move around; • Investment decisions and budget-setting; • The type of industry and businesses that will thrive; • Jobs and skills; • Consumption patterns and waste management; • What we eat; and • How we use land. We must reinvent the way we…
… the energy efficiency of Fife’s buildings, assets and infrastructure to reduce energy consumption, carbon emissions and bills. Low carbon energy Climate Fife projects seek to decarbonise the heat and power generated and used in Fife. Local generation will create jobs and support the local economy. Generating more electricity locally via biomass, wind, wave, hydro and solar power, will reduce…
… transmission and distribution losses. Generating heat locally will allow Fife to make best use of local resources; heat from biomass, (including wood and agricultural waste products); heat from air-source, water-source and ground-source heat pumps or waste heat from industrial processes. Move, store and transform energy Climate Fife projects will support an efficient ‘whole energy systems’ approach…