Harsh Environment
Bi-Directional Energy Flow
Vessel Frequency Changer
Up to 100kVA per Module
50/60/400Hz
Shore Power Converters
NSP Series
Marine Type Shore Power Converters
ENCLOVE Energy's NSP Series Shore Power Converter (10kVA–1000kVA) delivers continuous, laboratory-grade AC power for demanding marine, transport, and heavy-industrial environments. Engineered with a scalable modular architecture and bi-directional four-quadrant technology, it provides flexible power distribution and minimized maintenance times. Built with robust IP54 ingress protection and complete galvanic isolation, the NSP Series ensures maximum reliability and zero-impact source protection against harsh dockside and offshore conditions.
Module Power
Up to 100kVA
Frequency Opt.
50/60/400Hz




Harsh Environment
Bi-Directional Energy Flow
Vessel Frequency Changer
100kVA per Module
50/60/400Hz
Shore Power Converters
NSP SERIES
Marine Type Shore Power Converters
ENCLOVE Energy's NSP Series Shore Power Converter (10kVA–1000kVA) delivers continuous, laboratory-grade AC power for demanding marine, transport, and heavy-industrial environments. Engineered with a scalable modular architecture and bi-directional four-quadrant technology, it provides flexible power distribution and minimized maintenance times. Built with robust IP54 ingress protection and complete galvanic isolation, the NSP Series ensures maximum reliability and zero-impact source protection against harsh dockside and offshore conditions.
Module Power
Up to 100kVA
Frequency Options
50/60/400Hz




Harsh Environment
Bi-Directional Energy Flow
Vessel Frequency Changer
100kVA per Module
50/60/400Hz
Shore Power Converters
NSP SERIES
Marine Type Shore Power Converters
ENCLOVE Energy's NSP Series Shore Power Converter (10kVA–1000kVA) delivers continuous, laboratory-grade AC power for demanding marine, transport, and heavy-industrial environments. Engineered with a scalable modular architecture and bi-directional four-quadrant technology, it provides flexible power distribution and minimized maintenance times. Built with robust IP54 ingress protection and complete galvanic isolation, the NSP Series ensures maximum reliability and zero-impact source protection against harsh dockside and offshore conditions.
Module Power
Up to 100kVA
Frequency Options
50/60/400Hz




Overview
Specifications
Downloads
Product Overview
The ENCLOVE NSP Series Shore Power Converter is an advanced, highly flexible power conversion system engineered to withstand the world's most challenging operational environments. Spanning a broad capacity range from 10kVA up to 1000kVA, this series is tailored specifically for dockside shore-to-ship connection, commercial marinas, shipyards, railway transit infrastructure, and mission-critical industrial plants. Constructed with standard IP54 ingress protection (IP55 optional), conformal-coated printed circuit boards, and integrated marine filtration systems, the cabinet provides total protection against high humidity, dust, and aggressive maritime atmospheres.
Inside its rugged enclosure, the NSP Series employs advanced IGBT rectifier and inverter technology to deliver clean, stabilized AC power with an ultra-high input power factor (>0.99%) and minimal current distortion (THDi<3%). Its bi-directional four-quadrant operation enables seamless energy distribution, while built-in galvanic isolation shields both source and load from voltage fluctuations and marine galvanic corrosion. Controlled via a 7-inch multilingual color touch display with real-time event logging, the NSP Series combines horizontal modular scalability with optional marine-grade certifications (BV, DNV GL, ABS, RINA) to guarantee uncompromised operational continuity.
Technical Highlights
Modular capacity from 10kVA to 1000kVA with horizontal expansion for easy capacity upgrades and rapid servicing.
Four-quadrant energy flow capability allows for flexible power distribution and energy management.
Features an IP54-rated enclosure (IP55 optional), conformal coated PCBs, and a marine filtration system.
Built with comprehensive galvanic isolation, reverse polarization protection, and galvanic corrosion prevention.
Advanced IGBT topology ensures an input power factor >0.99 and input current harmonics THDi< 3%.
Supports precision output frequencies of 50Hz, 60Hz, and 400Hz ($\pm0.01\%$) for specialized marine and aviation loads.
Integrated 7-inch color TFT touchscreen powered by DSP control with real-time logging for up to 2,000 events.
Supports dual input configurations and optional seamless generator transfer without dropping critical loads.
Overview
Specifications
Downloads
Product Overview
The Marine Type PROTEUS Frequency Converter system consists of one or more rectifier and inverter modules, which consist of power electronics components with a modular structure. The system has a double conversion structure and first converts the AC voltage to filtered DC voltage with the rectifier module, then the inverter module converts this filtered DC voltage to the AC frequency and voltage standard that the load needs.
PROTEUS Series can operate in parallel with different voltage sourcessuch as generators and other SFCs. Load sharing is done without the need for any communication, thanks to its programmable droop control feature.
Technical Highlights
By parallel connection up to 40MVA can be supplied.
High power factor with regenerative power and PWM rectifier structure with low current IGBT
High reliability operation due to the modular structure and spare module.
Fully isolated output with optional output transformer
Load sharing with SFCs of different power and generators
Bi-directional working due to four quadrant operation without any problem and feeding to the mains. Power can always flow to both directions.
Enhanced mechanical durability with optional vibration absorber pads
Touchscreen with color graphic display
Overview
Specifications
Downloads
Product Overview
The ENCLOVE NSP Series Shore Power Converter is an advanced, highly flexible power conversion system engineered to withstand the world's most challenging operational environments. Spanning a broad capacity range from 10kVA up to 1000kVA, this series is tailored specifically for dockside shore-to-ship connection, commercial marinas, shipyards, railway transit infrastructure, and mission-critical industrial plants. Constructed with standard IP54 ingress protection (IP55 optional), conformal-coated printed circuit boards, and integrated marine filtration systems, the cabinet provides total protection against high humidity, dust, and aggressive maritime atmospheres.
Inside its rugged enclosure, the NSP Series employs advanced IGBT rectifier and inverter technology to deliver clean, stabilized AC power with an ultra-high input power factor (>0.99%) and minimal current distortion (THDi<3%). Its bi-directional four-quadrant operation enables seamless energy distribution, while built-in galvanic isolation shields both source and load from voltage fluctuations and marine galvanic corrosion. Controlled via a 7-inch multilingual color touch display with real-time event logging, the NSP Series combines horizontal modular scalability with optional marine-grade certifications (BV, DNV GL, ABS, RINA) to guarantee uncompromised operational continuity.
Technical Highlights
Modular capacity from 10kVA to 1000kVA with horizontal expansion for easy capacity upgrades and rapid servicing.
Four-quadrant energy flow capability allows for flexible power distribution and energy management.
Features an IP54-rated enclosure (IP55 optional), conformal coated PCBs, and a marine filtration system.
Built with comprehensive galvanic isolation, reverse polarization protection, and galvanic corrosion prevention.
Advanced IGBT topology ensures an input power factor >0.99 and input current harmonics THDi< 3%.
Supports precision output frequencies of 50Hz, 60Hz, and 400Hz ($\pm0.01\%$) for specialized marine and aviation loads.
Integrated 7-inch color TFT touchscreen powered by DSP control with real-time logging for up to 2,000 events.
Supports dual input configurations and optional seamless generator transfer without dropping critical loads.