Heating and cooling are typically extremely energy intensive technologies. In the United Kingdom the majority of heating in our homes and buildings is provided by burning natural gas. Renewable energy technologies such as solar heating, or heat pumps provide a sustainable low carbon alternative. Condensing boilers, and combined heat and power (CHP) also offer significant energy savings. In this circumstance energy that would have otherwise been wasted (which happens in traditional power plants) is instead used by the local community via a district heating scheme. Alternatively, a micro CHP system (such as a residential fuel cell, or Stirling engine) produces both electricity and heat to serve a local heat demand i.e. for a particular building. Energy efficiency technologies such as low carbon ventilation solutions can reduce the energy demands of buildings. - Description added by: David Lockie

Energy efficiency is widely regarded as the most important first step in making the transition to a low carbon economy. Whilst renewable energy and other measures are also vital components, energy efficiency ensures that valuable energy - whether it be heating, cooling, or electricity - is not wasted. There are numerous energy efficiency technologies, from insulation materials to a plethora of more efficient electrical devices, and more energy efficient vehicles. Explore these pages to find energy efficiency solutions that are right for you. - Description added by: David Lockie

Electricity is fundamental to modern societies. It is the backbone to nearly all other technologies and we use it daily in lighting, appliances, communications and healthcare. Currently most electricity is generated in centralised, large-scale power stations fuelled by fossil fuels, uranium (nuclear power) or through renewable or alternative energy sources such as wind or hydro-electric power. It is becoming increasingly clear that we need to secure long-term, cost-effective and sustainable alternatives to fossil fuel power stations to cover both current demand, and future growth. There is an urgent need for open debate and consensus on the future of electricity generation as decisions are being made now that will still need to be in place in thirty years time, when the world might look radically different from how it does now. - Description added by: David Lockie