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EDF Renewables Takes Flight With Solar Farm Revolution At UK Airport

London Stansted Teams Up with EDF Renewables UK for Groundbreaking 14MW Solar Farm 

London Stansted Airport is taking a major leap toward sustainability by appointing EDF Renewables UK to design, construct, and operate its ambitious 14MW solar farm project. Positioned on Stansted-owned land at High House Farm, just east of the airport, this ground-mounted installation is set to transform the airport’s energy strategy while championing environmental stewardship.

Driving a Greener Future 

The project is tailored to meet the airport’s escalating electricity demands, driven in part by the growing adoption of electric vehicles (EVs), and reinforces its commitment to achieving net zero carbon operations by 2038. Beyond energy production, the development aims to enhance the site’s biodiversity with measures including:

  • 50+ new willow and field maple trees 
  • 750 metres of reinstated hedgerows
  • A sprawling 19-hectare wildflower meadow
  • Additional screening for visual harmony and ecological balance

Construction of the solar farm is slated to begin in early 2025, marking a pivotal step in Stansted’s journey toward sustainable aviation.A Partnership for Progress Mike Hardaker, London Stansted’s Chief Asset and Development Officer, expressed excitement over the collaboration: “We are delighted to announce EDF Renewables UK as our partner for the development and operation of our 14.3MW solar farm, the first of its kind at any airport in the South-East of England. London Stansted has a long and proud track record of sustainable development, and a commitment to deliver the airport’s future growth in the most responsible way possible.” With the airport already holding Level 3+ carbon neutral status since 2018, this solar farm represents a bold move to self-generate renewable electricity. It will bolster the security of the airport’s energy supply while freeing up renewable energy for use elsewhere on the grid.

Leading by Example in Decarbonisation

The project also resonates with EDF Renewables UK’s goals. Deanna Greenhalgh, Director of Development at SAS Energy, stated: “This project will contribute towards the decarbonisation of the airport, reducing its energy costs in an uncertain energy environment, and will lead the way in showing how important transport hubs such as London Stansted can progress towards net zero targets.” As global aviation faces increasing scrutiny over its carbon footprint, London Stansted’s solar farm sets a compelling precedent. By harnessing the power of renewable energy, the airport is not only cutting emissions but also serving as a blueprint for how transport hubs can balance growth with environmental responsibility.

Key Highlights:

  • 14MW solar farm to be operational by 2025.
  • Supports net zero carbon goal by 2038.
  • Boosts biodiversity with trees, hedgerows, and wildflower meadows.
  • Enhances energy independence for the airport.

This bold initiative underscores that innovation and sustainability can soar hand in hand. #Sustainability #NetZero #Aviation #RenewableEnergy #LondonStansted #SolarPower #GreenEnergy

 

 

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UK Solar Scheme Transforms Into A Thriving ‘Biodiversity Haven

Midlands Solar Farm: A Beacon of Biodiversity and Renewable Energy 

In the heart of the Midlands, an innovative solar farm project is set to redefine the relationship between renewable energy and ecological preservation. Known initially as the Great North Road Solar Park, the project has been rebranded as the Great North Road Solar and Biodiversity Park to reflect its dual focus on sustainable energy and biodiversity enhancement. Led by Elements Green, this ambitious initiative promises to become a model of environmental stewardship and renewable innovation.

A Collaborative Vision for Nature

Situated near Newark, Nottinghamshire, the project has gained substantial backing from key environmental organizations, including the RSPB, Sherwood Forest Trust, Nottinghamshire Wildlife Trust, and The Trent Rivers Trust. These partnerships aim to ensure the solar farm’s development benefits not just the energy grid but also the local wildlife and communities.

Mark Noone, UK Project Director at Elements Green, highlighted the transformative potential of this project, saying, “This is more than just a solar farm—it’s a step toward cleaner energy, richer biodiversity, and a healthier environment.”

An Ecological Commitment

The Great North Road Solar and Biodiversity Park is poised to dedicate an impressive 850 acres of land solely to ecological management. This effort will include:

  • Planting 50,000 new trees to combat flooding and improve biodiversity.
  • Developing wetlands and grasslands to provide habitats for diverse wildlife.
  • Establishing 25km of hedgerows, a length surpassing the Brian Clough Way, to support pollinators and other species.
  • Creating 20km of footpaths, offering the public increased access to natural spaces.

These efforts are designed to enhance the local environment while fostering a connection between the community and its natural surroundings.

Integrating Clean Energy and Habitat Restoration

Charlotte Martin-Taylor, Head of Business Conservation Advice at the RSPB, underscored the importance of such initiatives in addressing today’s urgent environmental challenges. She remarked, “This partnership highlights the vital role businesses can play in creating a future where wildlife and clean energy thrive.”

The project will not only generate renewable energy but also provide large-scale habitat restoration to support priority species. It is a bold example of how energy infrastructure can coexist with and even benefit the environment.

Boosting the Community and Economy

In addition to its environmental advantages, the Great North Road Solar and Biodiversity Park is expected to have a significant socio-economic impact. It could create approximately 460 new jobs and contribute hundreds of millions of pounds to the regional economy, fostering growth and sustainability for Nottinghamshire.

The Road Ahead

Currently in the pre-application phase, the project is projected to begin construction in 2027 and become operational by 2029. If realized, it will serve as a landmark example of how renewable energy projects can actively promote biodiversity and community well-being.

As the Great North Road Solar and Biodiversity Park moves closer to becoming a reality, it stands as a shining testament to what can be achieved when innovation, conservation, and sustainability converge. #BiodiversityHaven #SolarPower #GreenEnergy #Nottinghamshire #EcoPartnerships #SustainableFuture #RenewableEnergy #WildlifeConservation