I certainly think that local people should have more say in what happens in their area in this regard, but I am cautious about having a solar strategy for each area. In areas such as Lincolnshire with high volumes of food-producing land, it may not be appropriate to have any massive-scale solar plants.
The loss of good-quality arable land at a time of unstable world trade situations is a first-rate folly, particularly when other infinitely more sensible sites are available, such as brownfield sites, domestic roofs and commercial rooftops. This should worry everybody wherever they live, which is why it is disappointing, as my hon. Friend the Member for North East Bedfordshire (Richard Fuller) said, that the Benches are full of Conservative Members but no Liberal Democrats or Labour people with any interest in food security have turned up. Food security is important for those who live in cities, too.
Does the Minister agree that the Government urgently need to produce a joined-up land use strategy? Will he update the House on what the Government are doing to encourage the use of brownfield sites, poor-quality land, and the roofs of warehouses and industrial buildings? What discussions is he having with energy suppliers regarding the balance between standing charges and usage costs in order to incentivise the installation of solar panels on industrial units?
There is a long backlog of people waiting for grid connection. What plans does the Minister have for grid connection prioritisation for those using brownfield sites or industrial and domestic roofs? Such connections are prohibitively expensive, which is also driving the spread of massive-scale solar farms. What assessment has he made of the actual costs of the connections rather than the charged costs?
On the concept of efficiency, Hinkley Point C, which is currently under construction in Somerset, will take up 174 hectares and is expected to produce 26 TWh of electricity per year for 60 years. In comparison, Springwell Solar Farm, which is in my constituency, will be almost 25 times the size of Hinkley Point C, but will produce only 950,000 MWh of electricity per year, which is just shy of 1 TWh per year, for 40 years. That is 25 times the size for 25 times less energy, for less time.