Accenture and Microsoft to speed-up energy transition for UK utilities
Smart Energy International
Posted on: 25 February 2021
Accenture has partnered with Microsoft to help the UK to accelerate its energy transition.

Accenture has partnered with Microsoft to help the UK to accelerate its energy transition.
The two companies, in conjunction with their joint venture, Avanade, will help utilities and energy companies transform the energy system.
The aim is to lower the cost of decarbonising the supply and demand of electricity by leveraging open data, artificial intelligence (AI) and a digital workforce.
Accenture, Microsoft and Avanade will provide their expertise across the Internet of Things, digital twins, industry transformation, cloud, data and AI to support the UK's low-carbon ambition.
The three companies are already working with SSE Renewables to help the utility to reimagine its operations.
Analytics, AI and data visualisation capabilities are being deployed on Microsoft Azure for scalability and speed to enable SSE Renewables to generate actionable operational and commercial insights from diverse data sets.
This helps SSE Renewables to be more cost-effective and increase the reliability and life of its renewable generation assets. The company is also using AI to ensure wildlife is not adversely affected by its new wind farms.
Accenture, Microsoft and Avanade's integrated approach to UK decarbonisation focuses on the following goals:
- Help utility and energy clients decarbonise the supply of energy by reducing the cost of renewable generation by up to 25% and increasing its role in system balancing - managing fluctuations in the production of electricity - while ensuring nuclear plays its role effectively as a continuous supplier of base-load electricity. The lifetime costs of offshore assets can be reduced, for example, by implementing remote inspection using drones and AI.
- Support the cost-effective electrification of energy demand. This includes enabling 50% of the new electricity demand for transportation and heating to contribute to balancing a system where more than 70% of the power generated is from renewable sources. For example, this could involve incentivising the charging of electric vehicles when the wind is blowing.
- Efficiently match supply and demand for an electricity system that is zero-carbon by 2025 and help clients realize a 20% reduction in the cost of meeting increasing electricity demand through innovative approaches to network design, construction and operation - for instance, by creating digital twins of physical assets.
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