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Set against this there are a number of key areas where we want to explore the potential for deregulation and streamlining of the existing provisions. In particular, representations made to Government demonstrate concern with the costs imposed on electricians by part P (electrical safety—dwellings). We believe it is now time to evaluate the building regulations’ contribution to the safety outcomes they were intended to support and, if we are to retain regulation of this kind, how we might minimise the associated costs.

The programme I am setting out today has been arrived at after active engagement with our external partners. A key theme to emerge from this process has been that these partners believe that although the regime is generally fit for purpose, there are things we can improve. This confirms the Department’s belief that the building regulations should remain the national minimum standard that building work should comply with. While much of the programme of work is deregulatory in nature, it will, however, include work to deliver our commitment to increase energy efficiency through part L (conservation of fuel and power). This will represent our next steps towards zero-carbon buildings and will also provide an opportunity to consider provisions for the existing stock in the light of the Government’s emerging policies on reducing carbon emissions, including the green deal. We will also explore how better to ensure high levels of compliance.

The growing demand for cost efficiency, enhanced safety, and reliability in power distribution systems has propelled the demand for busbar trunking systems in the utility sector. The electric distribution system is prefabricated and consists of a set of copper or aluminum bus bars suitably enclosed with superb protection against any foreign materials. Busbar trunking systems have emerged as highly efficient, safe, and ideal electric supply and distribution system suitable for a variety of industrial installations and in high-rise buildings. Enabled by compact design and standard plug-in boxes, these systems can deliver current in the range 125A to 2000A suitable for a wide variety of industrial purposes. They are gaining prominence over normal cabling systems due to a variety of factors.

The Energy Education Council (EEC) is an internationally recognized leader in providing a wealth of safety, efficiency, and renewable energy information. EEC was created and is supported by a diverse group of organizations united by mutually important consumer issues. Our mission is to create a safer, smarter world by providing life-saving, energy-saving, and cost-saving information and resources.