A generator converts mechanical energy into electricity and typically requires an external power source to operate. A generator set is a self-contained power system that includes an engine, generator, and control system, allowing it to generate electricity independently.

• Stationary generator sets: Fixed installations ideal for continuous power supply in factories or data centers.
• Mobile generator sets: Mounted on trailers or vehicles for easy transport, perfect for emergency power supply.
• Containerized generator sets: Housed in standard containers for convenient shipping and outdoor or temporary power projects.
• Silent generator sets: Equipped with noise-reduction enclosures, suitable for noise-sensitive environments.

They are widely used across industrial, agricultural, transportation, medical, telecommunications, construction, and emergency response sectors, providing either primary or backup power.

• Power requirements: Make sure the generator’s output meets the power needs of your equipment or facility.
• Environmental conditions: Factor in site temperature, humidity, and altitude.
• Fuel efficiency: Choose a generator that uses less fuel, helping you keep operating costs down over time.
• Ease of maintenance: Choose units with straightforward servicing and strong after-sales support.
• Compliance: Ensure the generator meets local safety and environmental regulations.

They’re a great choice when you need steady, long-lasting power, dependable performance, or a solution for places where grid electricity is limited or unreliable.

• Weather protection: Install rain or snow covers.
• Cold weather readiness: Use preheating systems for low temperatures.
• Dust protection: Clean air filters regularly and install dust covers in sandy environments.

We ensure quality through strict raw material inspections, close monitoring throughout the production process, and comprehensive testing of every unit before delivery.

It’s recommended to run the generator at least once a month for about 20 minutes (10 minutes for INV2000 models) under normal operating temperature and load as part of routine maintenance.

Maintenance intervals vary depending on engine performance and operating conditions, but a safe guideline is to service the generator every six months. At minimum, an annual inspection is recommended to ensure everything is running smoothly. The type of diesel engine and its application can significantly affect the required maintenance frequency.

Our Cummins diesel generator sets come with cold-weather configurations, including engine preheating systems and electrically heated oil pans, allowing reliable operation in low-temperature environments.

Continuous 24-hour operation, especially at full load, is generally not recommended for most portable generators. These units are designed for shorter run times, and prolonged use may cause overheating or potential damage.

Light diesel is the standard choice for Yuchai gensets, while heavy fuel is limited to specific models. Selection should take into account operating duration, ambient temperature, and cost considerations. Always adhere to fuel quality standards to help extend the service life of the generator.

The intelligent version of Yuchai diesel generators comes with remote monitoring and alert functions. Through a dedicated app, users can remotely start or stop the generator, automatically generate fuel consumption, load rate, and carbon emission reports, and receive early warnings of potential faults, reducing the need for on-site maintenance personnel. This is particularly suited for industrial environments where operational efficiency is critical.

Through the remote monitoring management system, operators are able to track real-time operating status, receive fault alerts, and manage maintenance without being on-site. The system allows you to view parameters such as fuel level, battery voltage, oil pressure, engine temperature, output power, running hours, mains and generator voltage and frequency, and engine speed from a remote interface.

Common voltage options include 220V for single-phase equipment (e.g., household appliances) and 380V for three-phase equipment (e.g., industrial machinery). Frequency can also be adjusted, typically between 50Hz and 60Hz, the two most widely used international power standards. Adjusting the frequency ensures the generator’s output matches the requirements of connected equipment for optimal performance.

SME gensets feature a WASS automatic synchronization system, enabling multiple units to run in parallel seamlessly for increased capacity or redundancy.

They offer automatic, manual, and remote start/stop options, along with monitoring for engine safety, electrical load, on-site battery backup voltage, and shelter temperature helping optimize performance and reduce fuel consumption.

All of our gensets come standard with an epoxy-coated enclosure and IP55 protection rating. A copper-nickel alloy radiator can be selected for enhanced corrosion resistance, and weekly freshwater rinsing is recommended to remove salt deposits.

For light diesel applications, we recommend China’s national standard No. 0 or -10 diesel with sulfur content ≤10 ppm. Inferior fuel should be strictly avoided. Heavy fuel oil is permitted only for specific marine or industrial models (such as the SC9DF series) and must be preheated to 90-120°C before use.

Optional ComAp Cloud or SmartGen HGM systems allow operators to view real-time data and receive fault alerts via mobile app, enabling efficient monitoring without being on-site.

Mitsubishi diesel generator sets can be configured to deliver various voltage options such as 415/240V, 380/220V, and 220/127V. Users can select the appropriate voltage based on their specific power requirements.

Noise control is a key consideration in the design, with efficient mufflers and soundproofing materials reducing operational noise. Sound levels are typically below 100dB(A), meeting relevant environmental standards and making them suitable for a range of applications.

Under standard operating conditions, Hyundai powered generator sets have a service life of 30,000 to 50,000 hours. The usual overhaul interval is approximately every 12,000 hours for prime power applications or 20,000 hours for standby use.

Yes, our Hyundai powered generator sets enable real-time monitoring of key parameters such as voltage, frequency, and oil pressure, along with fault warnings via SMS or email notifications. They can also automatically generate energy efficiency analysis reports for better operational management.

At high altitudes, output is typically derated by about 7% to 9% for every 1,000 meters. A high-altitude turbocharged version is available to maintain performance. In high-temperature conditions where ambient temperatures exceed 40°C, an enhanced cooling system featuring dual fans and a larger-capacity radiator is recommended.

Parallel operation requires the installation of a paralleling control cabinet (synchronizing cabinet) and synchronization detection devices. These components ensure voltage, frequency, and phase synchronization across multiple units, enabling safe, stable, and efficient load sharing.

• Island mode operation: The generator set serves as the sole power source for the user’s system. This is ideal for locations without access to a public power grid or for users who choose to generate their own electricity, often making use of the heat produced by the generator when applicable.
• Operation during power outages: In most cases, the user’s system is powered by the public grid. However, if the grid fails, the generator can automatically start to minimize disruptions or prevent material and financial losses in various sectors such as data centers, hospitals, and industrial facilities that require continuous operation.
• Parallel operation in island mode: Multiple generator sets operate in parallel as the sole power source, enabling higher capacity and redundancy.

The standard maintenance interval is 500 hours. For gensets rated below 65 kVA, an extended maintenance option of up to 1,000 hours is available. Fuel consumption is optimized to save fuel and reduce operating costs.

Each Isuzu powered genset is carefully engineered with sound-absorbing and heat-insulating materials, thicker panels, specialized tuning, and a precision-built exhaust enclosure. These measures not only lower operational noise but also balance high and low frequencies. At a distance of seven meters, the smallest 20 kVA unit operates at just 51 dB, comparable to an average conversation.

Yes, Isuzu gensets offer convenience and control through a cloud-based monitoring and management system, allowing you to access and operate the unit via your smartphone.

Yangdong diesel generator sets feature an electronically controlled high-pressure common rail fuel system that improves combustion efficiency and reduces fuel consumption by approximately 8%-15% compared with conventional models.

Available in open-type and soundproof configurations, Yangdong diesel generators in silent and ultra-silent models operate at noise levels ranging from 63-75dB at a distance of 7 meters.

Marine generator sets are built to withstand high humidity and high-salinity environments, offering enhanced corrosion resistance. Their control systems are generally more advanced, supporting multi-unit parallel operation, automatic load sharing, and remote monitoring functions.

They are widely used across various types of vessels, including passenger ships, cargo ships, fishing boats, and naval vessels. Marine gensets can serve as either the primary or backup power source, supplying electricity for navigation, lighting, communications, and other onboard systems.

A ship’s emergency generator can start quickly in the event of a main power failure, supplying electricity to critical navigation equipment and ensuring the safe operation of the vessel while maintaining emergency power for essential onboard systems.

Marine generator sets can also serve as backup or auxiliary power sources for offshore drilling platforms.

To ensure reliable performance and extend service life, regular maintenance is essential. This includes inspecting and securing all components, cleaning as needed, and checking the proper operation of cooling, lubrication, and fuel systems. Electrical and control systems should also be tested for responsiveness and reliability.