Arup’s recent study highlights the need for standardised data sharing in the energy sector to enhance innovation and efficiency.
- The current state of data sharing is fragmented, leading to inefficient processes and limited scalability across the energy sector.
- Arup, in partnership with Energy Systems Catapult and the University of Bath, proposed a digital infrastructure to streamline energy data sharing.
- The UK government has positively responded to the study, recognising its potential to support a net zero energy system.
- Key recommendations include establishing a minimum viable product and governance structure for successful implementation.
The energy sector faces significant challenges due to fragmented data sharing practices, resulting in inefficiencies and high barriers for innovators. The recent study commissioned by the Department for Energy, Security and Net Zero (Desnz) reveals how standardising data sharing mechanisms could address these issues. The fragmented nature of current data practices leads to data silos, where duplicated and misaligned data complicates access and utilisation. This inefficiency hampers innovation and increases operational risks.
Conducted over six months by Arup in collaboration with Energy Systems Catapult and the University of Bath, the study underscores the necessity for a unified data sharing infrastructure. Such an infrastructure would not only unify datasets but also simplify access, reduce misalignment, and facilitate quicker data utilisation. Arup spokesperson stated that this would significantly bolster the planning and maintenance of renewable energy infrastructures.
Desnz’s overview of the study lays bare the challenges faced by the energy sector due to disparate data standards and sharing processes. Currently, data is shared on a case-by-case basis, leading to limited scalability and increased divergence between datasets. There is also a lack of agreed sector-wide data-sharing practices which creates significant barriers for innovation and financial reconciliation. A common infrastructure is seen as essential to bridge these divides.
Three principal recommendations emerged from the study: the development of a minimum viable product, the establishment of governance frameworks to ensure effective delivery, and governmental publication of decisions to instil clarity. The UK government’s response has been encouraging, with commitments to build on these foundational recommendations and support the initial pilot project. This approach is aligned with previous recommendations by the Energy Digitalisation Taskforce, seeking to integrate market operations through digital means.
Simon Evans, Arup’s global digital energy leader, lauded the government’s response, noting that the commitments would reduce barriers and foster collaboration across the sector. Richard Dobson from Energy Systems Catapult expressed enthusiasm, highlighting the potential for digital infrastructure to support innovators striving towards net zero goals. Additionally, Furong Li from the University of Bath emphasised the importance of comprehensive stakeholder engagement in driving the sector forward.
The study and subsequent governmental support signal a pivotal step towards standardising energy data sharing, crucial for future innovation and sustainability.
