"> Saft Seanergy 50kWh NMC 1000V
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Saft

Seanergy 50kWh NMC 1000V

Saft Seanergy 50kWh NMC 1000V is listed in the source as a marine Lithium-Ion Battery System (ESS) within the Battery & UPS Systems group. Equipment of this type is typically installed in an electrical room, switchboard, motor-control centre or dedicated cabinet serving the connected shipboard load. Its primary duty is electrical power conversion, switching, protection or energy management associated with the Lithium-Ion Battery System (ESS), and it depends on healthy incoming power, protection devices, internal power electronics or contactors, control logic, cooling and correctly terminated outgoing circuits. Neighboring variants can differ in rating, size, interface, approval basis or arrangement, so the complete model designation and actual nameplate data are important for identification. It normally interfaces with the vessel distribution system, connected motors or loads, control and alarm networks, protection circuits and cooling or ventilation arrangements. For any exact capacity, pressure, voltage, tolerance, wear limit or setting not stated in the source, refer to the manufacturer documentation for the exact figure.

Saft Seanergy 50kWh NMC 1000V

Components & Design

Component data being added…

Technical Data

capacity kwh 50
chemistry NMC
cycle life 4000
c rate 1.0
class approval DNV GL

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Common failures & inspection points

Loose or overheated power connections caused by vibration or poor contact pressure can produce discoloration, hot spots, voltage drop or protective trips
Cooling fan, filter or ventilation blockage caused by dust or ageing can raise internal temperature and cause derating, alarms or shutdown
Power-electronic, contactor or control-board failure caused by ageing, transients or heat can lead to failure to start, phase faults or repeated trips
Sensor, feedback or communication faults caused by damaged wiring or network problems can produce incorrect status, speed-control problems or loss of remote operation
Battery-cell or module imbalance where energy storage is fitted, or insulation deterioration in power equipment, can trigger protective alarms and reduce available capacity or reliability

Service & Maintenance

Inspect for heat damage, loose connections, contamination, blocked cooling paths and abnormal component noise or smell. Review alarm history, protection settings and measured electrical condition using the vessel's approved procedures, and verify communication with the connected control system. Do not change protection or drive parameters without the approved record; refer to manufacturer documentation for exact values.

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Replacement Parts

Common critical spares include fuses, cooling fans, filters, contactors, control relays, interface modules, power-supply boards and maker-approved battery or electronic modules according to the installed equipment and vessel strategy.
Equipment Model #95152 · ✓ still in production