Nidec ASI is awarded a €12 million contract for the electrification of the berths in the port of Malta, which will relaunch tourism from a more sustainable perspective

Porto La Valletta

This innovative electrical supply system for cruise ships moored in the port will reduce emissions by over 40 tons a year and lower noise pollution, a benefit to both tourists and the local community

 

Milan, March 23, 2021 – Nidec ASI – head of the Nidec Industrial Solutions platform belonging to the Nidec Group, one of the groups engaged in restarting the economy with a view to greater sustainability – has signed a €12 million contract with the Maltese company Excel Sis for the creation of a “shore-to-ship” project for the port of La Valletta (Malta). The project will make it possible for cruise ships moored at the four berths to draw from the island’s energy grid the power they require to be fully operative, without having to keep their polluting on-board diesel engines running. This innovative system will make it possible to reduce the emissions of pollutant gases by over 40 tons a year, the equivalent of continuous circulation of over 4 million vehicles, and will contribute to creating the basis for a more eco-friendly and innovative relaunching of tourism, a key sector in the Maltese economy.

The project complies with the necessity of following European Union directives which encourage ports to adopt berth electrification systems (shore-to-ship) to reduce polluting emissions of vessels in the port, while maintaining active heating and air conditioning, as well as vessel auxiliary systems. By 2025, this recommendation will become binding for all European ports and it has also been included in the EU Recovery Plan which places reducing environmental impact among the priorities in relaunching European countries. Within this context, Malta and its main port of La Valletta provide an example for all European (and other) ports to follow.

Nidec ASI, which together with the main contractor Excel Sis received the highest technical and economic rating in the call for bids, has been involved for years in the spread of these technologies to provide a 100%-electric future for both naval and other forms of transport, as well as logistics. In fact, it is currently completing the electrification of the berths in Genoa’s Port of Pra’, after also having installed its systems in the ports of Leghorn, the Muggiano (La Spezia) shipyards, EDISON–Navalimpianti – FSO Alba Marina and a number of other ports. The company was one of the first players in the world to promote berth electrification, a solution that provides for a significant reduction in the impact of port activities on the environment and on people to promote a drastic reduction in the emission of pollutant gases and noise from berthed vessels.

In fact, thanks to the contribution of Nidec ASI technologies, the port of Malta will be able to reduce SOx, NOx, CO2 and PM emissions which are a significant source of pollution for the tourist-oriented Isle of Malta. In addition, by plugging ships into the national grid, and thereby avoiding the use of on-board diesel generators, the noise pollution so annoying for tourists and local residents is also greatly reduced.

Specifically, Nidec ASI was awarded the supply of power and high-tech systems and all related engineering to connect the vessels with the power grid, including transformers, converters and the cable management system. Its extensive practical experience allowed the company to develop and implement this complex project. In fact, the unique nature of every cruise ship required the development of a specific solution for each to be able to connect the vessel with the energy grid, and Nidec ASI chose a cable management system capable of meeting the needs of the different ships.

 

“We are truly proud that our partner and main contractor Excel Sis and the Port of La Valletta have chosen our proven expertise in project management and our custom solutions for this key project which, for us, represents a new objective in our strategy to promote sustainable development and reduce environmental impact in transport and logistics, towards an all-electric future. The transformation of logistics and port infrastructure from the standpoint of greater security and energy savings can also contribute to attracting a greater flow of tourists who are increasingly concerned about respect for the environment. This will aid in relaunching the tourism and business sectors which have been particularly hit by the effects of the pandemic,” said Dominique Llonch, CEO of Nidec ASI and Chairman of Nidec Industrial Solutions. “Thanks to our expertise in the areas of automation and battery storage systems, we are able to electrify the entire port, from cranes to internal transport by using charging stations installed in microgrids within the port area. Times such as these are ideal for promoting infrastructural transformation which is also made easier by lower traffic levels. Our hope is that the example of Malta—and that of other earlier ports such as Genoa Pra’—will be followed soon by many others in Italy and Europe to comply with EU norms and to make the best use of the funds allocated in the Recovery Plan to, finally, act from a sustainable and green standpoint.”

This new project, together with other shore-to-ship systems implemented in Italy and France and other major initiatives such as the supply of storage battery systems for onboard energy for full-electric and hybrid cargo ships, ferries and yachts (with the possibility of providing automatic fast-recharging from land), and solutions for automating cranes used in ports, make Nidec ASI a true leader in the evolution of the maritime and port sector towards all-electric, so key to navigation and logistics that are increasingly green and sustainable. The group is also fully-active in the transport sector through promoting the development of electric cars utilizing an ultra-fast recharging system for e-vehicles. For over 40 years, it has also been creating ropeway systems with the goal of making them an increasingly-utilized system of public transport, while also supplying systems for recharging electric buses and passenger transport via tram/trolley.