10000W Marine Inverter

LCD Screen

On a system this size, knowing what the inverter is doing matters, and the front LCD makes it plain. It shows DC input voltage, output frequency, phase voltage, phase current, mains bypass voltage, output energy (kWh), time, temperature, and fault information. Beside the screen are status LEDs and a five-button keypad, while the separate Start Switch ensures the inverter only powers up when someone chooses to start it.

Front and Rear Views

Looking down at the chassis, the airflow strategy is clear. A broad area of perforations fills the front panel next to the display, and the rear panel carries more openings beside the breakers and cable entries. At 10 kW, the unit produces real heat, so these openings, together with the internal fan, are central to keeping it stable during long runs. Do not block the front or rear faces, and mount the inverter where air can circulate freely.

Metal Enclosure

The electronics are housed in a painted metal enclosure with a sturdy, durable build and strong resistance to impact and vibration. Those qualities matter on a vessel, where engines, waves, and docking forces act on every fixture. Rack ears and side handles are provided, and a unit of this capacity should be mounted securely and handled with care. Because it is IP20-rated, place it in a dry, ventilated compartment.

Features

Power

• Ten Kilowatts, Continuous: The inverter is designed for continuous duty at 10kW, and it can supply 15kW (150%) for 5 seconds to cover startup surges.
• A Higher DC Bus: At 240V, full-load DC stays near 42A, which helps limit cable size and voltage drop in the battery circuit.

Control

• Clean, Accurate Output: DSP digital regulation produces a pure sine wave with distortion under 3% on linear loads.
• Visible and Connectable: The front LCD reports live readings and faults, and the optional RS485 interface connects the inverter to other onboard systems.

Protection

• Isolated Output: The low-frequency transformer separates AC from DC and adds resilience against interference and shock loads.
• Self-Monitoring and Cooling: Safeguards watch for reverse polarity, input voltage extremes, over-current, short circuit, and overheating, while fan cooling keeps noise at or below 50dB at 1m.

Use Cases

• Offshore Crew-Transfer and Service Vessels: Supports crew quarters, galley equipment, lighting, and workshop tools on vessels that spend long periods away from port, drawing from a large battery bank instead of running auxiliary engines.
• Large Passenger Vessels with Full Hotel Loads: Carries air conditioning, kitchen equipment, lighting, and entertainment systems on boats with big electrical demands and long operating days.
• Rescue, Patrol, and Emergency Response Vessels: Provides stable AC for communications, computers, medical equipment, and tools, so critical equipment stays powered when the vessel is on station.
• Floating Workshops, Dredging, and Construction Barges: Run power tools, lighting, and site equipment from a high-capacity bank, with enough surge reserve for motor-driven machinery.

Application Scenarios

Yachts and Sailboats

Solar Energy Marine Systems

Marine Navigation & Communication Systems

Deep-sea Fishing Vessels

Q1: Can I use the 10kW boat inverter while the vessel is underway?

Yes, as long as it is installed properly for marine conditions. Fix the unit firmly to prevent movement, keep all connections tight against vibration, and make sure air can circulate through the front and rear openings. Watch the battery level closely on long passages so the bank is not drained too far.

Q2: What DC voltage and wiring should I plan for?

The standard input is 240V DC, with about 42 A of DC at full load, from a lithium or lead-acid bank. Have a qualified marine electrician size the DC cables, fusing, and disconnects for the full-load current plus the surge, and contact us if your bank uses a different voltage.

Q3: How much surge can the 10000W inverter handle?

It can deliver 150% of rated power, or 15 kW, for 5 seconds, and it includes a soft-start function. This is aimed at motor starts and brief peaks. Keep the continuous load below 10000W, and compare the starting current of large motors with the surge rating.

Q4: Can I monitor the inverter remotely?

The front LCD shows live readings and fault information at the unit. For connection to other onboard systems, choose the optional RS485 communication interface when ordering. If you do not need it, select N/A.