Local communities have a new way to help the country meet its obligation to tackle climate change, following this month’s approval of the historic Paris Agreement . With the need to develop a genuinely sustainable energy system more pressing than ever, a new consultation tool published today [30 November] lets towns, villages and neighbourhoods shape their own genuinely sustainable local energy plans.
Published by the Centre for Sustainable Energy (CSE) and CPRE, it aims to bring communities together to share their passion for local landscapes with their enthusiasm for a more sustainable future.
CSE and CPRE’s new ‘Future Energy Landscapes’ approach shows that putting local people at the centre of energy planning can result in ambitious vision and targets. Through a series of participatory workshops, with visual tools and consumption calculations, communities are empowered to combine their understanding and views of their landscape with planning for energy needs Together, local planners and communities can create robust energy strategies that could deliver radical reductions in carbon emissions and enjoy genuine local backing. Continue reading
Get them right, and they can be an attractive part of your home and lower your electricity bills. That’s the message about solar panels from CPRE and a leading building science centre, who have teamed up to prevent common design pitfalls.
The new guide and summary leaflet on solar design, today published by CPRE and BRE National Solar Centre, show how solar panels on buildings can look good whatever the structure or surrounding landscape [1,2].
Among the various design principles, we advocates the use of panels that match the size and shape of existing roof tiles. We sugges installing panels symmetrically or ensuring that panels fully cover the roof. Aimed at property owners, designers and installers, the guide and leaflet also illustrate how the sun is already helping to power an incredible range of the nation’s buildings – from homes and listed churches to greenhouses and office blocks.
Good news – Maidstone Borough Council has refused an application for a 29,400 panel solar farm across 28 acres of agricultural land at Great Tong Farm.
We were concerned about the impact the site would have on the landscape and the heritage of the area – the site would be seen in views from the Greensand Ridge and was in close proximity to 23 listed buildings – including seven on Tong Farm itself.
Solar farm in Europe, photo flickr
The site lies in the Special Landscape Area of the Low Weald and Greensand Ridg and is bordered by three public rights of way. Headcorn’s built environment is 76 hectares. Proposed development would equate to 15% of this figure, increasing to 27% in conjunction with the 220 homes already granted permission on Tong Farm.
The Kent Historic Buildings Committee, part of CPRE Kent, raised concerns on the setting of heritage assets on Tong and the wider landscape including Grade 1 Ulcombe Church. The objection stated “a considerable number of buildings stand to be affected, both individually, and as a group, and we would say the total effect of the proposal on the heritage environment is substantial”.
Historic England said the solar array would cause “modest harm to the significance of these listed buildings by altering the context that explains their historical purpose”. The site would be visible from Grade 1 Ulcombe Church, classified as an “important view”.
March 1st 2016
The BGS and EA have today released maps which show the depth and location of the important underground aquifers in England and Wales and their relationship with the shale oil and gas deposits which lie beneath them. We welcome these maps, which contain important information that will help inform decisions over where it might be possible to safely exploit shale resources by fracking. However, in and around Kent, the vertical separation of the aquifers and the shale which lie beneath them is only a very small part of the information that must be taken into account.
The Geology of the Weald is naturally heavily fractured as the result of ground movements in the distant past. It is densely packed with planes of structural weakness which, if fracking were to go ahead, could well open or re-open fissures which would allow the contamination or loss of important aquifers.
In the light of recent calls to ‘cut red tape’ and lighten the burden of regulation on the oil and gas industry, we retain serious concerns over the prospect of fracking in the geologically vulnerable region which is the Weald.
See information about the maps here: http://www.bgs.ac.uk/news/docs/aquifersAndShales_FINAL.pdf
(Contains BGS materials: copyright NERC 2014)
July 3, 2014
We very much welcome the announcement today of a consultation on changes to financial support for solar PV, which will re-direct support from the feed-in tariffs away from large (more than 5MW) solar generation installations and towards smaller arrays.
The Solar industry has done a great deal to drive down the costs and drive up the efficiency of solar PV generation, and this has helped drive the proliferation of large scale solar PV facilities being sited on productive agricultural land. We believe that there is much more to be done in making the built environment more attractive to solar power generation and if these changes help achieve that, then so much to the good.
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