Upgrading to LED can save up to 80% on electricity costs, as well as playing a major role in the reduction of carbon emissions, whilst drastically reducing ongoing maintenance cost.

Solar PV is essential for businesses' renewable energy strategies, cutting costs and carbon emissions. It can stand alone or complement other CO2 reduction projects like energy-efficient lighting or heating solutions.

Not all charging solutions are the same, so deploying the right infrastructure while ensuring scalability, easy user interaction and reliability in all conditions is key to any long-term electric vehicle strategy.

Large-scale applications of heat pumps are relatively new to the UK, but the UK’s largest water source heat pump at Queens Quay, Clydebank, which will see two 2.65MW heat pumps extract energy from the river Clyde, to provide heat and hot water to surrounding homes and businesses shows the way forward.

Energy optimisation involves reducing energy usage while meeting power needs, improving efficiency, and minimizing waste. Key methods include voltage optimization and demand response, offering benefits like lower costs and decreased maintenance. Implementing these strategies also leads to measurable carbon reductions.

Generating clean and reliable electricity is a key goal for the UK and advances in energy technology are changing the way we generate and/or store electricity. There is a rising demand to deliver increased energy security, in turn, increasing the possibilities for renewable energy and creating a more flexible system and decarbonised grid. The main types of energy storage are battery, hydrogen and thermal.