What's Happening?
A UK planning consultancy, Lichfields, has proposed a new approach to align Local Plans with the delivery of energy storage and infrastructure. This comes in response to the draft National Planning Policy Framework, which emphasizes renewable and low-carbon
energy development. The consultancy suggests an Integrated Energy Allocation model that would involve assessing specific energy sites through a targeted call for sites exercise. This method aims to address grid constraints and project timelines by ensuring that Local Plans identify and safeguard suitable sites for energy infrastructure. The proposal includes providing earlier certainty through planning permission in principle, while deferring detailed design to accommodate changes in technology and grid connection timing.
Why It's Important?
The proposal by Lichfields is significant as it addresses the growing need for efficient energy infrastructure planning amidst increasing electricity demand. By aligning Local Plans with grid capacity and delivery timescales, the approach could facilitate the timely development of renewable energy projects. This is crucial for meeting national and international climate goals, reducing carbon emissions, and transitioning to a sustainable energy future. The model could also streamline the planning process, reducing unnecessary early applications and potentially lowering costs for developers. This could lead to increased investment in the energy sector, benefiting the economy and contributing to energy security.
What's Next?
If adopted, the Integrated Energy Allocation model could lead to significant changes in how Local Plans are developed and implemented. Stakeholders, including local governments, energy companies, and environmental groups, may need to collaborate closely to ensure the model's success. The proposal could also prompt discussions on policy reforms to support its implementation. Monitoring and evaluation of pilot projects could provide insights into the model's effectiveness and inform further refinements. The approach may also influence similar planning frameworks in other regions, contributing to a more coordinated global effort in energy infrastructure development.
