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A significant milestone of the project was reached in the middle of December in the presence of the customer. All functional and electrical system tests were successfully completed at the factory premises prior to delivery to the vehicle manufacturer.

MSc is supplying converters and energy storage for Posiva’s canister transfer and installation vehicle (KSAA), which is a battery powered electric vehicle operating underground. This will be the first nuclear fuel canister transfer and installation vehicle in the world.

MSc scope of supply includes the main and auxiliary motor drives and also converters to charge the vehicle battery. Also, the 200 kWh energy storage system is part of the total system delivery.

All components are designed for strict safety requirements, demanding environmental conditions and long lifetime.

More about MSc’s scope of supply

https://www.msc.eu/news/archive/2021/4

Holistic view to Posiva’s final disposal solution as a whole

https://www.youtube.com/watch?v=yGnbkPqQwVE

MSc DC power supply system for H2 Electrolyzers has been launched. Modular system architecture enables excellent scalability and reliability. Small, compact and light weight liquid cooled converters are easy to install and service, and they enable scaling from kW level to hundreds of MWs. IGBT/SIC based choppers offer high efficiency and produce low ripple DC current.

MSc scope of delivery can be agreed according to the case specific needs. We can deliver the complete system installed in container(s) including the medium voltage transformers, power conversion cabinets or the power converters. MSc power converters are manufactured at our own factory in Finland and the 3rd party components are supplied by selected, reliable European manufacturers.

Contact our Sales Manager Kari Kulju, for further details and defining the solution for your need.

MSc delivers Battery Discharge Systems to Germany and Finland. Systems are used for discharging the car batteries to zero volt level and feeding energy to factory grid. Battery Discharge system improves recycling efficiency and provides savings in electricity costs. After discharging the batteries can be dismantled and valuable raw materials recycled.

MSc scope of delivery included several Battery Discharge System cabinets designed in cooperation with our customer. Modular system design provides excellent reliability and enables scaleability for future expansion. System utilizes the proven MSc power converter technology designed for heavy industrial applications. MSc Battery Discharge Systems were delivered to the customer in December 2022 and January 2023.