Lord Khan of Burnley (Lab)

My Lords, Amendment 94C, tabled by the noble Baroness, Lady Coffey, would create a new local area test, designed to limit the consenting of electricity infrastructure by reference to a percentage of the national total. In other words, it is addressed at the overconcentration of infrastructure in particular places. The Government agree with the noble Baroness that the siting of electricity infrastructure should be considered carefully. While the Government are taking a strategic view, they are doing so via the strategic spatial energy plan and the centralised strategic network plan, due for publication by the end of 2026 and 2027 respectively. It is unclear how exactly the amendment is intended to work in practice, given the complications of concepts such as cumulative capacity. It is not in the national interest for individual applications to be assessed or prevented by reference to a subjective threshold. They must be judged on the need case for the infrastructure weighed against local impacts, and that is precisely what the current system achieves. For projects designated as nationally significant, known as NSIPs, there is already a national policy statement, approved by Parliament, which sets out in detail the need case for this infrastructure and all the considerations that must be applied when consenting it. This amendment would add further complexity to the consenting system, which could lead to a slowing down of the decision-making process for low-carbon and electricity infrastructure projects, which are crucial for this country—although, in practice, the threshold of 10% of the entire country’s electricity capacity is so high that it is highly unlikely that any project would in fact reach such a threshold. The Government agree that infrastructure planning should have a spatial element. The strategic spatial energy plan will support a more actively planned approach to energy infrastructure across England, Scotland and Wales, land and sea, between 2030 and 2050. It will do this by assessing and identifying the optimal locations, quantities and types of energy infrastructure required for generation and storage to meet our future energy demand with the clean, affordable and secure supply that we need.