Schneider Electric is to supply locally produced ‘green’ electrical power to the MV Hamnavoe NorthLink ferry while docked in Stromness, Orkney.
The project is believed to be the first large commercial ship shore connection in the UK, and is just one element of an overarching low carbon travel and transport project for the town.
This power supply system, known as ‘cold ironing’, will cut the current overnight carbon footprint from the vessel’s diesel generators and engines, lowering the MV Hamnavoe’s fuel consumption by at least 500 tonnes a year and resulting in a significant reduction in carbon dioxide (CO2). It will also make a contribution towards further reducing nitrogen oxides (NOx), sulphur oxides (SOx) and noise.
The ferry, which is a shipping lifeline for the island, connecting it with the rest of Scotland, will be £160,000 cheaper to service each year as a result of the project. The project is expected to fully pay for itself within three years via efficiencies and cost savings.
The shoreside installation work is being carried out by Schneider Electric, an expert in the digital transformation of energy management and automation. The project will see the installation of a cable connection system to the ship to provide overnight shore power, pier cables and a transformer upgrade – with the power coming through Orkney’s renewable energy resources.
The ‘Stromness multi-modal low carbon transport and active travel hub’ project has three other elements:
– The installation of an electric bus charger at the ferry terminal to open up opportunities for an electric vehicle to be used on the Stromness to Kirkwall route.
– The installation of electric vehicle charging points for ferry users as well as all other EV owners.
– The procurement of electric bicycles for use by members of the public, plus associated shelters and charging facilities.
Councillor Graham Sinclair, Chair of the Council’s Development and Infrastructure Committee, says, “The vision for this project is to achieve a sustainable future for transport to and in Orkney. This project will provide a unique combination of transport decarbonising initiatives covering ferries, buses, cars and cycles, utilising electricity from Orkney’s unrivalled wind and tidal energy.”
Michael Matheson, Cabinet Secretary for Transport, Infrastructure and Connectivity, adds, “It is fantastic to see continued progress towards low carbon and sustainable transportation in Orkney thanks to Scottish Government and European Regional Development funding. The innovative ship shore connection at Stromness utilises local renewable energy to help decarbonise the MV Hamnavoe, which will contribute to improved air quality and reduced emissions in the area. The Stromness Multi-modal Low Carbon and Active Travel Hub further demonstrates the commitment in Orkney to capitalise on a range of sustainable e-mobility options which will benefit health and the environment.”
Peter Selway, Marine Segment Marketing Manager at Schneider Electric, notes, “Marine pollution is a serious but often underreported environmental and public health challenge. Engine emissions from the UK’s fleet at berth amounted to nearly 2.6% of the entire transport sector’s nitrogen oxide emissions in 2016. These pollutants have been linked to many health issues, and even early death. Shore connections are a technology that the UK has been slow to adopt, despite enormous environmental and commercial benefits. By plugging into the power grid with 100% renewable electricity, UK ships at berth could avoid environmental impacts of up to £402 million a year and reduce a major health hazard. Orkney leads the way in renewable and sustainable energy, and we hope this project in particular will bring many benefits, commercial and environmental, to the island, its wildlife and its people.”
£670,000 of funding was secured for the project from the European Regional Development Fund in August last year, with additional funding coming from the Council’s Miscellaneous Piers and Harbours fund and HITRANS. Serco NorthLink and Transport Scotland have future-proofed the Hamnavoe main electrical control components through a detailed technical upgrade and rewire, offering full compatibility with the cold ironing technology.