Gas

Energy and transport integration

The energy industry is going through major transformational change driven by the need to decarbonise and enable the UK to hit its targets under the Climate Change Act 2008. Whilst the initial focus on meeting carbon budgets has been through the decarbonisation of power resulting in the closure of coal stations and decentralisation of generation through the deployment of renewables; these actions in themselves will not achieve the targets. 

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Energy consumers continue to shape market

Dr Alastair Martin, CSO of the Edinburgh-based firm, believes that the mounting popularity of electric vehicles, a growing interest in the potential of domestic DSR and the now mainstream participation of UK businesses in arenas such as the capacity market are symptomatic of a trend that is blurring the lines between the consumer and industry.

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Enabling the smart energy networks of the future

Energy utilities are increasingly focused on establishing solutions to support enhanced flexibility in service provision whilst at the same time managing a much more dynamic environment of energy supply and demand. Critical to managing this new regime in a cost efficient and resilient manner is the ability to have visibility and control over an increasingly diverse and disparate range of network assets. For many years, utilities – gas, water and electricity – have used operational communications systems to facilitate active management of assets. However, with the need for enhanced visibility and control across and through the network it is anticipated that there will need to be a profound expansion in the industry’s operational communications capability with some operators already exploring possible solutions. The need for such expanded communication systems with enhanced functionality will result in increased complexity in terms of network design and co-ordination with new technologies being deployed.

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Enabling the smart grid

Government demands for decarbonisation, a changing energy landscape of renewables, demand-side response, battery storage, the growth of electric vehicles and advances in digital technology require the use of innovative tools and techniques. These include: IoT, web-based customer self-service, blockchain, geospatial and even space-based technologies such as Earth Observation to enable the transition of distribution network operators (DNOs) to distribution system operators (DSOs) and the creation of the smart grid. 

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