Project duration: May 2021 to July 2021
As part of this years distribution future energy scenarios we are hosting four webinars for local stakeholders in Western Power Distribution’s (WPD) licence areas to directly influence the models and assumptions that are made during the future energy analysis. The sessions will provide the opportunity to ask questions, answer some of ours, and learn how to access and use the data once published.
The sessions will be as follows, click through to book your place:
- South West – view the session recording online here
- South Wales – view the session recording online here
- West Midlands – view the session recording online here
- East Midlands – view the session recording online here
To support WPD’s strategic network investment planning, Regen has been commissioned to undertake an analysis of various ‘future energy scenarios’ for the four WPD licence areas – the South West, South Wales, East Midlands, and West Midlands. The project builds on previous years of analysis looking at the uptake and deployment of renewable and fossil fuel power generation, energy storage, low carbon heat, electric vehicles and hydrogen electrolysis, as well as analysing planned new housing and commercial developments. The analysis of different net zero scenarios, informed by detailed contextual factors and local stakeholder feedback, will help WPD to plan strategically and invest appropriately in the electricity network.
Towards net zero
This analysis takes the annual National Grid ‘Future Energy Scenarios’ and assesses the deployment of the various technologies at a granular level for each licence area, as well as looking at the specific local factors such as local plans, renewable resources, agricultural land, socio-economic factors and public transport provision. Each local and regional area in Great Britain has unique characteristics and resources, therefore each will have their own levels of deployment of renewable and low carbon technologies as the UK aims to achieve net zero carbon emissions by 2050.