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93% High-Efficiency Non-Isolated Marine Inverter from China Suppliers | Compact Design & Superior Performance by Factory

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93% High-Efficiency Non-Isolated Marine Inverter from China Suppliers | Compact Design & Superior Performance by Factory

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In the realm of marine electrical systems, achieving the perfect balance of space, weight, and energy efficiency is crucial. Our 93% high-efficiency non-isolated marine inverter stands out as a revolutionary solution designed specifically for shipboard electrical systems. Manufactured in China, this inverter combines cutting-edge technology with a compact design, making it an ideal choice for marine applications. Trustworthy suppliers and factories offer this high-performance product that not only enhances energy efficiency but also optimizes space and weight on your vessel.

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  • DC input 300-500Vdc or 500-800Vdc
  • AC output Single phase or 3 phase
  • Output power 10KW

Peak Energy Efficiency, Energy-Saving Pioneer

Employing advanced topology technology, conversion efficiency reaches 93%, significantly surpassing industry averages. In extended-range maritime operations, this high efficiency directly translates to markedly reduced fuel/battery consumption, saving large vessels tens of thousands of dollars annually in operational costs while lowering carbon emissions—aligning with green shipping trends.

📦 Compact Design, Space Revolution

Through non-isolated design and integrated circuit optimisation, volume is reduced by 40% and weight by 30% compared to traditional inverters. Flexible deployment in space-constrained areas like engine rooms and bridge control stations frees valuable space for cargo storage or equipment upgrades, enhancing vessel cargo capacity and operational flexibility.

🔌 Flexible Output, Stable Power Supply

Supports single-phase / three-phase three-wire neutral-free output modes, adapting to diverse vessel electrical architectures. Pure sine wave output ensures power quality rivalling mains electricity, perfectly compatible with precision equipment like radar, navigation, and communications systems. Prevents system failures caused by harmonic interference, safeguarding vessel navigation safety and extending equipment lifespan.

🛡️ Robust and Reliable, Defying Sea Conditions

Features marine-grade protection design, withstanding harsh marine environments including high salt spray, humidity, vibration, and shock. Its non-isolated structure minimises potential failure points. Combined with intelligent overload/short-circuit protection, it achieves highly reliable operation, reducing maintenance frequency and costs, making it the 'reliable choice' for vessel power systems.

BZP-10KW  |  Transformerless Marine Inverter — Full Specification
Model BZP-10KW
Isolation Mode Transformerless
DC Input — Rated Voltage (Vdc) 300–500 V  or  500–800 V
DC Input — Rated Current (A) 27 A  or  17 A
Rated Output Power 10 KW
Output Waveform Pure Sine Wave
Rated Voltage 220 V ± 3%  (Single Phase) 380 VAC ± 3%  (3-Phase)
Phases Single Phase 3 Phase 3 Wires
Rated Current (A) 45 A 15 A per phase
Frequency 50 Hz or 60 Hz
Power Factor (PF) 0.95
Overload Ability 120%, 35 seconds
Efficiency > 93%
Waveform Distortion Rate (THD) < 3% (Linear load)
Dynamic Response (0 to 100% load) 5%, ≤ 50 ms
Display LCD
Running Mode Working Continuously
Electrical Insulation Properties 2000 Vac, 1 Minute
Communication Interface (optional) RS485
Protection Input reverse polarity, under voltage, overvoltage, output over-current, short circuit, overheating etc.
Cooling Method Fan-cooled
Short-Circuit Protection No automatic recovery — restart required
Noise (1 metre) ≤ 50 dB
Degree of Protection IP20 (indoor)
Working Altitude (m) ≤ 2,000 m
Working Temperature -25 ~ +55 ℃
Relative Humidity 0 ~ 90%, non-condensing
Q What makes the BZP-10KW inverter suitable for marine environments?
The BZP-10KW features marine-grade protection design that withstands high salt spray, humidity, vibration, and mechanical shock — all typical conditions encountered at sea. Its non-isolated (transformerless) structure further reduces potential failure points, making it a highly reliable choice for vessel power systems.
Q What is the efficiency rating of the BZP-10KW, and why does it matter?
The BZP-10KW achieves a conversion efficiency of over 93%, significantly above the industry average. For vessels operating over long distances, this directly reduces fuel or battery consumption, translating to substantial annual cost savings and lower carbon emissions — an important advantage as the maritime industry moves toward greener operations.
Q Does the BZP-10KW support both single-phase and three-phase output?
Yes. The BZP-10KW supports both single-phase (220 V ± 3%, 45 A) and three-phase three-wire neutral-free output (380 VAC ± 3%, 15 A per phase), making it adaptable to a wide range of vessel electrical architectures and onboard equipment requirements.
Q Is the output waveform compatible with sensitive navigation and communications equipment?
Absolutely. The BZP-10KW produces a pure sine wave output with a Total Harmonic Distortion (THD) of less than 3% under linear load, delivering power quality equivalent to mains electricity. This ensures full compatibility with sensitive onboard equipment such as radar, GPS navigation, and communication systems, preventing failures caused by harmonic interference.
Q What DC input voltage range does the BZP-10KW accept?
The BZP-10KW offers two DC input voltage options: 300–500 V (rated current 27 A) or 500–800 V (rated current 17 A), providing flexibility to integrate with different battery bank or generator configurations commonly found on commercial and recreational vessels.
Q What protections are built into the BZP-10KW inverter?
The BZP-10KW includes comprehensive protection functions: input reverse polarity, under-voltage, over-voltage, output over-current, short-circuit, and overheating protection. In the event of a short circuit, the unit does not auto-recover and requires a manual restart, ensuring safe and controlled resumption of operations. Fan-cooled thermal management and IP20 indoor protection rating further support reliable long-term operation.

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