The order is included in Valmet‘s third quarter 2016 orders received. The value of the order will not be disclosed. Typically, the order value of automation system deliveries ranges from below EUR 1 million to EUR 3 million. The delivery will take place in the second quarter of 2017.
“Valmet‘s solution is technically excellent, and the company was able to present strong references. The technology is a good complement to Visedo‘s drive train system in the E-ferry,” says Hanna Huppunen, Director, Service, Visedo.
“Valmet’s goal is to continuously develop advanced automation solutions. These kinds of innovative and environmentally friendly projects motivate us to challenge ourselves in this work. Our system provides the ships with high reliability and availability, as well as efficient and safe operation,” says John Weierud, Director, Marine Automation, Valmet.
Totally new environmentally friendly ferry technology
E-ferry is a project that has received funding from the European Union’s Horizon 2020 research and innovation program. It involves the design, building and demonstration of a fully electric-powered “green” ferry that can operate without pollution or CO2 emissions. The project promotes energy-efficient, zero greenhouse gas emissions and air-pollution-free waterborne transportation for island communities, coastal zones and inland waterways in Europe and beyond.
The ferry will be equipped with a 4.2 MWh battery system, giving it the highest capacity of any electric ferry to date. It is estimated that the annual savings in CO2 emissions will be around 2,000 tons and NOx emission reductions will be 41.5 tons compared with a similar-sized diesel-powered ferry.
The first new 100% electric ferry solution will connect the island of Aeroe in the Baltic Sea with the Danish mainland.
Technical details about Valmet’s delivery
Valmet’s delivery for the E-ferry includes a Valmet DNA integrated automation system (IAS) to cover the control, alarm and monitoring of machinery systems, and a bridge remote control system for the electric propulsion drives and bow thrusters.
The Valmet DNA system is designed according to the half-ship concept with fully redundant process controllers and multifunctional operator stations. This means that the ship can return safely to port in any unfavorable event using its remaining propulsion. The remote control system includes touch-screen control panels and an electric shafting system for safe and fast transfer of operation command between the control positions. Furthermore, the delivery includes a history and analyzing station that will collect data from both Visedo’s electric power management and consumption control systems.