CSSC Heavy Fuel Oil (HFO) Generator Sets deliver high-capacity baseload power ranging from 1 MW to 20 MW per unit, engineered for continuous operation in electricity-deficient regions. Manufactured by China State Shipbuilding Corporation (CSSC) using proven medium-speed engine technology, these gensets operate reliably on heavy fuel oil (HFO), marine diesel oil (MDO), and crude oil. Backed by Aike Power’s custom parallel grid integration, multiple CSSC units can be scaled into utility-grade 200 MW+ power plants, delivering low operational costs (OPEX) for off-grid mining power stations, commercial marine vessels, and industrial plants worldwide.
Key Technical Specifications
| Technical Parameter | CSSC HFO Engine Specifications |
|---|---|
| Power Output Range | 1,000 kW – 20,000 kW (1 MW – 20 MW per unit) | Scalable up to 200 MW+ |
| Rated Engine Speed | 500 RPM / 720 RPM / 750 RPM (Medium-speed continuous duty) |
| Fuel Adaptability | Heavy Fuel Oil (HFO up to 700 cSt at 50°C), MDO, LFO, Crude Oil |
| Fuel Consumption Rate | 175 – 188 g/kWh (High thermal efficiency) |
| Grid Synchronization | Custom Aike Power Multi-Unit Paralleling & SCADA Control System |
| Compliance & Certifications | IMO Tier II / Tier III, ISO 8528, ISO 9001, CCS / ABS / DNV Class |
⚡ Utility-Grade Parallel Grid Architecture by Aike Power
Operating a large-scale power station requires more than individual generators—it demands seamless, multi-unit load sharing and grid stability. Aike Power specializes in custom parallel power system design for large-scale utility plants, mining grids, and heavy industry.
- Multi-Unit Synchronization: Integrate multiple 1 MW–20 MW CSSC HFO generators into a single synchronized power plant capable of supplying 50 MW to 200 MW+ baseload energy.
- Automatic Load Management & Redundancy: Intelligent SCADA controllers automatically manage load demand, starting/stopping units to optimize fuel efficiency (g/kWh) and ensure N+1 uninterrupted power backup.
- Island & High-Voltage Grid Tie: Tailored step-up transformer units and high-voltage switchgear design (6.3kV / 11kV / 33kV) for stable connection to local grids or off-grid mining sites.
💬 Expert Engineering Insights
“For high-capacity baseload power stations in remote mining regions or utility grids across Africa and Southeast Asia, choosing medium-speed HFO generators isn’t just about initial equipment cost—it’s about total lifecycle efficiency (OPEX) and fuel pre-treatment reliability. CSSC’s medium-speed engines (500–750 RPM) provide unmatched thermal efficiency (175–188 g/kWh) and thermal endurance. When properly configured with modular fuel heating and purification systems, these units drastically cut operating costs compared to standard high-speed diesel sets.”
— Marcos Qu, Senior Power Systems Design Specialist at Aike Power (10+ Years in Industrial & Marine Power Generation)
Tailored Application Scenarios
- Industrial HFO Power Plant: Turnkey continuous electricity supply for factory hubs, textile mills, and regional utility grids suffering from frequent blackouts.
- Off-Grid Mining Power Station: Heavy-duty baseload power engineered for harsh environment endurance, high ambient temperatures, and 24/7 continuous heavy load.
- Marine HFO Generator Set: Auxiliary and main power units for commercial vessels, cargo ships, and offshore platforms meeting international maritime classification standards (CCS/ABS/DNV).
Frequently Asked Questions
Q1: Why combine CSSC HFO generators with Aike Power’s parallel design?
A: CSSC provides world-class medium-speed HFO engine durability, while Aike Power delivers the electrical engineering expertise to synchronize these massive units. Our paralleling architecture allows dynamic load sharing, maximum fuel efficiency, and seamless grid stability up to 200 MW+.
Q2: How much can HFO fuel savings reduce operational costs (OPEX)?
A: Heavy fuel oil (HFO) is significantly more economical than standard light diesel (LFO). Combined with CSSC’s low fuel consumption rate (175–188 g/kWh) and low-speed engine longevity, plant operators typically cut fuel operational costs by 30% to 50%.
Need Custom Power Plant Design or Technical Evaluation?
Planning a continuous HFO power station or upgrading your vessel’s marine power system? Our lead power design expert, Marcos Qu, brings over 10 years of expertise in large-scale generator set sizing, fuel system integration, and parallel grid architecture.
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⚙️ Customized HFO Generator Sizing & Fuel Treatment Design
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📊 OPEX & Lifecycle Cost Analysis vs. Standard Diesel
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🌍 Tailored Cooling & Air Intake Solutions for Harsh/Tropical Climates
👉 Contact Marcos Qu & Our Engineering Team for a Consultation
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