8000W Marine Inverter

Metal Enclosure

A rigid painted metal case holds the transformer and power electronics, giving the inverter a robust, long-service structure. It copes well with impacts and the constant vibration of a vessel underway. Rack ears and side handles are provided for secure mounting and easier handling of a heavier unit. The enclosure is rated IP20, so install it in a dry, ventilated equipment room.

Front and Rear Views

At 8 kW, managing heat is a design priority, and the top-angle views show how the chassis handles it. The front panel is covered with a broad pattern of perforations beside the display, while the rear panel adds further openings next to the breakers and cable entries. Together, they give the internal fan a free path for airflow. Keep both faces clear of obstructions, and do not enclose the unit in a tight, unventilated cabinet.

LCD Screen

Think of the front screen as a small instrument panel for the inverter. It presents DC input voltage, output frequency, phase voltage, phase current, mains bypass voltage, accumulated output energy (kWh), time, temperature, and fault status in one place. Status LEDs and a five-key keypad sit alongside it, and a dedicated Start Switch makes sure the unit is only brought online intentionally.

Features

1. Generator-Free AC Power — Run onboard appliances from the battery bank, with no engine, fuel supply, or exhaust involved on the AC side.
2. A 12 kW Surge Window — The inverter supplies 150% of its rating for five seconds, and soft-start behavior eases the load when motors begin to turn.
3. Low-Noise Operation — Fan-cooled, with noise at or below 50 dB at a distance of 1 m, so equipment rooms and nearby cabins stay comfortable.
4. Shore-Quality Waveform — Pure sine wave output with under 3% distortion on linear loads suits sensitive electronics as well as heavy appliances.
5. Isolated and Guarded — A low-frequency transformer separates AC from DC, and built-in protections watch for reverse polarity, input voltage extremes, overcurrent, short circuit, and overheating.
6. Ready to Integrate — Select the AC voltage and frequency for your equipment, and add RS485 when the inverter must communicate with other onboard systems.

Use Cases

• Expedition and Cruise Vessels: Keep cabins, galleys, laundry, and entertainment systems running quietly while at anchor or underway.
• Hybrid Passenger Ferries: Supplies lighting, ticketing, climate control, and passenger-service equipment from the traction or house battery bank.
• Floating Hotels and Restaurants: Carries commercial kitchen equipment, refrigeration, and guest-room loads on moored platforms without shore connection.
• Cold-Chain and Fish Processing Vessels: Power refrigeration units, ice makers, and processing equipment that run for long periods.
• Research, Survey, and Patrol Craft: Provide stable, low-distortion AC for instruments, computing systems, and communications gear.
• Offshore Support and Harbor Utility Vessels: Support workshop tools, welding and cleaning equipment, and crew facilities during operations away from the dock.

Application Scenarios

Yachts and Sailboats

Solar Energy Marine Systems

Marine Navigation & Communication Systems

Deep-sea Fishing Vessels

Q1: How long can an 8000W inverter run from my batteries?

Divide the usable battery energy (in kWh) by the load (in kW), and allow for conversion losses. For example, a continuous 8 kW load draws roughly 8.7 kWh from the bank each hour at 92% efficiency. Real loads are usually lower than the maximum, so runtime is normally longer.

Q2: What DC voltage does the 8000W model use?

The standard input is 216V DC, with about 37 A of DC at full load, from a lithium or lead-acid bank. Contact us with your battery configuration if you need a different input voltage.

Q3: How much surge can it handle, and for how long?

It can deliver 150% of rated power, or 12 kW, for 5 seconds, which is intended for motor starts and similar brief peaks. Continuous loads should stay below 8000W.

Q4: Should I choose the 8000W or the 6000W model?

Compare your simultaneous load and your battery bank voltage. The 6000W model works with a 192V bank, while the 8000W model uses a 216V bank and gives two more kilowatts of continuous capacity. If your calculated load, including a margin, is close to 6000W, the larger unit provides more headroom.