Port of Tyne

As part of their Tyne 2050 strategy, the Port has set out an ambitious target to become a net zero port by 2030.

From our base in Burnley, we deliver large-scale solar projects across the UK for organisations committed to long-term energy stability and reduced carbon emissions. One recent example is our work with the Port of Tyne, one of the UK’s most progressive deep-sea ports and a key player in the North East’s economic infrastructure.

As part of their Tyne 2050 strategy, the Port has set out an ambitious target to become a net zero port by 2030. To help accelerate this transition, Low Carbon Energy designed and delivered a high-performance solar PV system that now contributes directly to their decarbonisation and energy resilience goals.

We were commissioned to design, engineer and install a system capable of supporting the Port’s expanding operational demands while delivering measurable carbon savings.

690 kWp

System Size
572,310 kWh

Annual Production
133 tonnes

Carbon saving per annum

Delivering for a complex, high-demand site

This installation now generates a significant proportion of the Port’s onsite electricity, easing reliance on the grid and mitigating exposure to volatile energy prices. The system is built to operate at scale, providing dependable output for decades to come.

Ports are energy-intensive environments, with continuous operations, large estates and varied infrastructure. Our engineering team worked closely with the Port of Tyne to integrate the system across their existing footprint with minimal disruption.

The solution supports their operational efficiency, strengthens local sustainability commitments, and reinforces their role as a national leader in low-carbon logistics and maritime services.

Our work mirrors the approach taken across other major UK projects – such as our installation for Crow Wood Hotel & Spa, where we delivered a 1,127 kWp system generating 981,927 kWh annually and offsetting 196 tonnes of CO₂. The Port of Tyne project continues this standard of precision engineering and long-term impact.

Long-term value for the port

The installation is a strategic investment that supports the Port’s objectives in several key areas:

Energy stability: Generating onsite clean energy reduces dependence on wholesale market fluctuations – a challenge many UK organisations continue to face as energy costs rise.

Operational efficiency: The system contributes a consistent, predictable energy source aligned with the Port’s day-to-day requirements.

Carbon reduction: Annual savings of 133 tonnes of CO₂ move the Port closer to its 2030 net zero target and support wider regional sustainability commitments.

Future-proofing: The infrastructure is designed for longevity, scalability and integration with future renewable technologies.

This project reflects the breadth of our work nationwide. From Burnley to the Tyne and across the UK, we continue to partner with major organisations seeking to minimise emissions, strengthen energy security and invest in a more sustainable future.

If your organisation is exploring solar as part of a wider sustainability or cost-reduction strategy, our team can support you with design, installation and long-term system optimisation.

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