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Quinbrook to construct second UK nationally significant solar power infrastructure project

Specialist global investment manager Quinbrook Infrastructure Partners has announced it has acquired the 350 MW solar PV project, Mallard Pass, located on the Rutland-Lincolnshire border in the East Midlands in England, the company’s second nationally significant infrastructure project (NSIP) after Cleve Hill Solar.
Quinbrook to construct second UK nationally significant solar power infrastructure project
Courtesy of NREL.

Construction of Mallard Pass is expected to begin in 2026 with commencement of operations in 2028. Quinbrook will utilise its experience from the comparably sized Cleve Hill project, which is due to commence generation of solar power this quarter. Cleve Hill was the first NSIP to secure a Contract for Difference (CfD) in July 2022 as part of the UK’s Allocation Round 4. Quinbrook announced in November 2024 that Cleve Hill had secured the UK’s largest ever solar corporate PPA with Tesco.

“Renewable power projects of the scale of Cleve Hill and Mallard Pass help accelerate the UK’s energy transition and decarbonisation along with enhanced resilience of energy supply” said Keith Gains, Managing Director and UK regional leader for Quinbrook. “Mallard Pass represents another value-add investment opportunity for Quinbrook in large scale solar. Quinbrook plans to leverage our extensive global experience in large-scale renewables development, construction and operations to bring high-quality solar technology and innovation to Mallard Pass including its demand-side capacity potential.”

As it did with Cleve Hill, Quinbrook will prioritise the local and regional benefits Mallard Pass can bring to the community. This includes scope for local residents to access employment opportunities associated with construction and operation. Preliminary analysis indicates that over the project’s anticipated lifetime, Mallard Pass could support more than 2,000 direct and indirect jobs and generate upwards of £124 million in local socio-economic contributions. 

Mallard Pass is estimated to produce over 14 million MWh of renewable power over its lifespan and reduce CO2 emissions by 665,000 tonnes, equivalent to CO2 emissions from 738,691,906 pounds of coal burned.

Quinbrook also aims to deliver a 71 percent biodiversity net gain at Mallard Pass, combining natural capital enhancement and creation initiatives and utilising its experience from implementing 67 percent biodiversity net gain at Cleve Hill. 

“Solar projects of this scale play an important role in the decarbonisation of the UK grid and our country’s energy security” added Rosalind Smith-Maxwell, Director for Quinbrook. “The investment in Mallard Pass is another excellent example of Quinbrook’s focus on holistic and impactful investment in the infrastructure needed to advance the energy transition.” 

Quinbrook and affiliate, Private Energy Partners, will now proceed with detailed design, procurement and construction planning.

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