Fischer Panda GmbH
Marine Generators + Electric/Hybrid Drive Systems
Leading manufacturer of super-silent and extremely compact generators from 3.4 up to 48 kW and supplier of electric and hybrid drive systems from 1.7 up to 100 kW (high-voltage systems), complete power systems and custom-made electric solutions for yachts and catamarans. Worldwide service available.
STAND NUMBER:
02.500|
02.507
CATEGORIES:
Trading regions
Africa:
Egypt, Mauritius, South Africa
Americas:
Brazil, United States
EVENT:
METSTRADE 2025
ADDRESS:
Otto-Hahn-Strasse 40 33104 PADERBORN Germany
WEBSITE:
Products
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Panda 5000i.Neo PMS
Marine Generator with Variable Speed
It is equipped with Fischer Panda’s in-house designed water-cooled single-cylinder diesel engine, FPE320. The new engine has an integrated oil filter. Operating noise and vibrations have been further reduced during development. The Panda 5000i.Neo provides 230V/50Hz AC output (alternatively: 120V/60Hz) that ensures a reliable, clean power supply for running domestic equipment, electric cooking and keeping batteries charged. Nominal power: 0 - 4 kW / 0 - 4.5 kVAPanda iSeries Generators
Marine Generators with Variable Speed
Various models covering an output from 4 kW up to 48 kW / digital display / environmentally friendly / low fuel consumption / variable speed - load-dependent / easy to install - reduces costs / small size and low weight / compact installation / high starting capacity for air conditioners and diving compressors / highly efficient - maximum energy / pure sinus wave is ideal for sensitive electronics / 230V AC output - reliable power supplyePanda 8.0 Series
5 kW electric shaft motor
Suitable for sail and motor boats up to a weight of 4 t and a length of about 7 m fur use in waters with low current. The ePanda 8.0 Series consists of the 5 kW (2500 rpm) ePanda Drive, the ePanda Power Unit (14.4 kWh MG LFP 280 A Kit, BMS MG Master LV 24-48V/600 A (M12) and programmable battery charger KOP1001 48/18A) and the ePanda Control Unit.Fischer Panda Electric Motors
shaft / podded / parallel hybrid versions
Fischer Panda individually tailored solutions cover hybrid-electric and electric drives with high-torque motors from 1,7 kW up to 100 kW (POD, shaft). They are available as battery-only, parallel hybrid or generator-supported for propulsion (range extender) and onboard power supply. Fischer Panda electric motors are available as shaft or podded versions from 1.7 up to 100 kW. Parallel hybrid solutions are also possible.AGT Battery Charging Generators
DC Marine Battery Charging Generator
Ideal for systems whereby the generator runs for short intervals to charge the battery bank and support peak power periods. In this version, the charging voltage is controled by an integrated AGT-controller regulating the engine revs. The engine revolutions can therefore be variable in order to produce the required performance. It must however be observed when installing this version, that the batteries are located near to the generator.VS “variable-speed” Hybrid DC Generators
The Fischer Panda variable-speed Hybrid DC generators have been especially designed for electric propulsion on board.
These generators are compact, quiet, powerful and economical. They are characterized by their modern , innovative and electronic regulated hybrid charger which allows a wide RPM range at constant voltage. This technology is a further step into green motion of electric propulsion.Fischer Panda PowerMaster
Versatile power management system combining shore power, battery charging, eco-friendly solar power with Fischer Panda Generator
The system efficiently uses shore power for AC supply while charging batteries. It maintains/recharges batteries using shore power and combines it with battery power to support larger consumers when needed. The Fischer Panda generator is optimized by avoiding light loads and is boosted with battery power during peak demand. It supports eco-friendly operations by integrating solar power and hybrid modes, blending battery, generator, and solar power. Innovative solutions for various power demands