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GreenPro Industrial UPS (10 to 800KVA)

The PowerHub GreenPro UPS is a three phase Industrial UPS. It is ideal power protection solution for used in the Marine, Oil and Gas Industry. The robust design and wide range of installation possibilities make the UPS one of the most reliable UPS available.

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  • Dual DSP+FPGA, high peripheral integration, large data and program storage, accurate A/D conversion, which all work to enhance the product reliability;
  • The rectifier adopts a three-phase IGBT rectification topology, through active power factor correction technology, the input power factor is 0.99, and the input current harmonic distortion rate is <3%;
  • The inverter uses space vector pulse width modulation (SVPWM) technology to improve DC utilization while greatly improving product stability and efficiency, with 100% unbalanced load capacity;
  • DC/DC bidirectional conversion technology is adopted on the DC side, which has perfected the battery management functions;
  • Adopting N+X non-master-slave adaptive parallel connection technology, on-site debugging is convenient and fast, easy to achieve multiple parallel connections;
  • Standard output isolation transformer to achieve electrical isolation between UPS equipment and output load;
  • High-power density design with a compact structure;
  • Isolation duct design is adopted to isolate the control part, power circuit, and magnetic component duct, to improve the dust-proof ability of the plate effectively and enhance the adaptability of the equipment to environmental conditions;
  • Friendly human-computer interface for easy operation with a high-resolution touch screen;
  • Perfect communication function. It can communicate with terminal monitoring, BMS, and other devices through RS485, RS232, RJ45, and other communication interfaces.
  • Power Rating: 10KVA to 800VA
  • Rectifier: IGBT
  • Inverter: IGBT
  • Power Factor: 0.8
  • Voltage: 380-415 Vac
  • Frequency: 50/60 Hz (auto sensing)
  • Efficiency up to 94%
  • Configuration: Tower
  • IEC62040-1, IEC62040-2, and IEC62040-3 Compliance
  • Internal or External SNMP Card (Optional)
  • Relay Card (Optional)
  • External Environmental Probe (Optional)

Related Information

What is Marine/OffshoreUPS
The increasing amount of new technology installed on board presents a whole new set of challenges to the electrical power supply of a vessel or a rig. Today’s sophisticated high technology equipment can fail to do its work or even get damaged if the input power has disturbances or breaks down completely. That is why power systems that supply un-interruptible and clean power are essential on board. These systems are called Un-interruptible Power Systems or UPS systems.

The equipment that needs power protection can be roughly divided into:
  • Safety and cruising related systems, such as navigation equipment and emergency lighting. Classification organisations normally require UPS protection for these systems.
  • Commercial applications, such as casinos and EPOS devises at restaurants and shops. Customer satisfaction depends on the smooth operation of these systems.
  • Special systems on board special vessels. Exploring, drilling, lifting, and cable laying, for example, is accurate and sensitive work where mistakes cannot be tolerated.
  • Business and management support, such as computer systems that enable continuous business management.


APECUS marine UPSs are designed to meet the most stringent industry standards. The double-conversion online topology with a static bypass switch is APECUS’s choice for industrial and marine use. This protects against all types of power disturbances that may occur in the supplying network and is the only topology that meets the highest performance class, VFI-SS-111, requirements. All APECUS UPSs are tested and certified to meet appropriate safety and EMC standards.

APECUS UPSs are built into one cabinet that houses all the electronics: the rectifier, the inverter, the static bypass and the microprocessor control. This configuration allows the entire system to be controlled as one integral device. This leads to higher reliability than using separate power converters. It also saves plenty of valuable space.

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