Shandong Super Power Technology Co.,Ltd. Manufactures industrial diesel generator sets, gas generator sets, and diesel water pump sets for commercial and industrial applications.

Super Power was established in 2018 and is located in Weifang, Shandong, China.

Super Power is a manufacturer integrating product development, manufacturing, sales, and technical services.

We provide generator sets covering a wide power range, with solutions available from small industrial units to multi-megawatt power generation systems.

Yes. We can customize generator sets according to power, voltage, frequency, fuel type, application, enclosure, control system, and installation requirements.

Depending on the project, we can provide engines from brands such as Weichai, Yuchai, Cummins, Perkins, MTU, and other suitable manufacturers.

Our products have been exported to customers in Europe, Africa, Asia, North America, South America, and other international markets.

Our generator sets are used in data centers, oil and gas, mining, construction, agriculture, hospitals, factories, commercial facilities, and power generation projects.

Yes. Our technical team can assist with load calculation, generator selection, electrical configuration, installation requirements, commissioning, and after-sales support.

Our products and management systems include certifications such as CE and EPA, depending on the product and applicable requirements.

A diesel generator set combines a diesel engine and an alternator to convert mechanical energy into electrical power.

We offer diesel generator solutions from small industrial capacities to high-power units up to the multi-megawatt range.

We can supply diesel generator sets powered by Weichai, Yuchai, Cummins, Perkins, MTU, and other engine brands according to project requirements.

Diesel generator sets are widely used for standby power, prime power, emergency power, construction sites, factories, mines, data centers, hospitals, and other critical facilities.

Yes. Selected models can operate as prime power sources for locations without a reliable utility grid.

Yes. Diesel generator sets are commonly used as emergency and standby power sources for commercial and industrial facilities.

Voltage and frequency can be configured according to the project requirements, including common systems such as 400V/50Hz and 480V/60Hz.

Yes. We can configure generator sets for 60Hz applications according to the required voltage and power standard.

Yes. Multiple diesel generator sets can be configured for synchronized parallel operation when the project requires higher capacity or redundancy.

Yes. We can provide generator systems with automatic start/stop and ATS solutions according to project requirements.

Depending on the project, generator sets can be equipped with intelligent controllers from internationally recognized control system manufacturers.

Yes. We offer silent and weatherproof generator sets designed to reduce operating noise and protect the equipment in outdoor environments.

Yes. Open-frame generator sets are available for installations where the equipment is located inside a dedicated generator room.

Yes. Mobile and trailer-type diesel generator sets are available for temporary and mobile power applications.

The generator capacity should be selected according to the total load, starting current, load characteristics, operating conditions, and required reserve capacity.

Yes. If you provide your load list and electrical requirements, our engineers can recommend a suitable generator configuration.

Typically, we need the required power, voltage, frequency, fuel, quantity, application, standby or prime rating, and preferred trade term.

Yes. We can configure generator sets for high-temperature, dusty, humid, high-altitude, and other demanding operating environments.

Yes. High-reliability diesel generator systems can be configured for data centers, including standby power, synchronization, redundancy, and automatic transfer requirements.

Yes. We can supply recommended spare parts and maintenance parts together with generator sets or separately.

We provide natural gas, biogas, associated gas, biomass gas, and other gas-fueled generator solutions depending on the gas characteristics.

A natural gas generator set uses a gas engine and alternator to generate electricity from natural gas.

A biogas generator set converts biogas produced from sources such as livestock waste, wastewater, landfills, or organic waste into electricity.

Yes. We provide both natural gas and biogas generator sets for industrial and distributed power generation projects.

Yes. We can provide associated gas generator solutions for suitable oil and gas projects after analyzing the gas composition and operating conditions.

We normally need the gas composition, methane content, gas pressure, gas flow, calorific value, required power, voltage, frequency, and operating hours.

Some gas engines can operate with lower-quality or variable gas, but suitability depends on the gas composition, methane concentration, impurities, pressure, and calorific value.

Certain gas generator models can accommodate variations in gas composition within their specified operating range. Our engineers can select the appropriate engine after analyzing the gas.

Gas generator sets are widely used in natural gas projects, oil fields, farms, livestock facilities, wastewater treatment, landfills, biomass projects, factories, and distributed power plants.

Yes. Gas generator sets can be integrated with combined heat and power (CHP) systems to utilize both electricity and recovered heat.

Gas generators can provide efficient and economical power generation when a suitable gas supply is available, while also supporting lower-emission energy solutions.

Yes. Properly selected gas generator sets can be used for continuous or prime power operation when the gas supply and operating conditions meet the engine requirements.

Yes. Multiple gas generator sets can be synchronized and operated in parallel to increase total output and provide system redundancy.

Yes. Gas generator systems can be customized according to gas composition, power output, voltage, frequency, cooling method, control system, and installation environment.

Yes. We provide a wide range of Weichai gas generator sets, including natural gas and biogas models.

We provide gas generator solutions ranging from small industrial units to high-power multi-megawatt generator sets.

Yes. Gas generators can utilize suitable associated gas or natural gas for on-site electricity generation in oil and gas projects.

Yes. Biogas generator sets are particularly suitable for large livestock farms where biogas is produced from animal waste.

Yes. We can assist with generator selection, gas analysis, electrical configuration, synchronization, CHP solutions, and other project-specific requirements.

Please send us your required power, voltage, frequency, gas type, gas composition, quantity, application, and project location. Our engineers will recommend a suitable configuration and quotation.

The required generator size depends on your total running load, starting current, load type, power factor, and required reserve capacity. Super Power can calculate the recommended capacity from your load list.

The choice depends on your actual load and future expansion requirements. We recommend selecting a generator with sufficient capacity for peak loads while avoiding excessive oversizing.

The price depends on the engine and alternator brands, voltage, frequency, control system, enclosure, accessories, and other project requirements. Contact us for a project-specific quotation.

Fuel consumption depends on engine model and load percentage. We can provide a detailed fuel consumption curve for the selected generator at different load levels.

Yes. Properly configured diesel generator sets can be used for prime power and continuous operation. Maintenance intervals and operating conditions should follow the engine

Choosing the right diesel generator size is one of the most important decisions when purchasing a power generation system. A generator should not simply be selected based on the total connected load. The actual requirement depends on the running load, motor starting current, power factor, load profile, operating mode, ambient conditions, and whether future expansion needs to be considered.
As a general principle, Super Power recommends sizing the generator according to the actual electrical load rather than choosing an unnecessarily large unit. Oversizing can increase initial investment and reduce operating efficiency at low load, while undersizing may cause voltage or frequency instability, excessive thermal stress, and difficulty starting large motors.
For example, our diesel generator portfolio includes Cummins-powered units such as the SP500GF, rated at 500 kW prime power, and the SP1000GF, rated at 1000 kW prime power. The SP1000GF uses a Cummins KTA50-G3 engine and is listed with 1250 kVA prime apparent power, 1800 A rated current, and approximately 210 g/kWh fuel consumption at the rated working condition under the published configuration. These specifications illustrate why both kW and kVA must be considered when selecting a generator.
For industrial projects, Super Power can calculate the required generator capacity from your load list, including pumps, motors, compressors, HVAC systems, data-center equipment, lighting, and other electrical loads. We can also evaluate starting requirements and recommend a single-generator or parallel-generator configuration.
If you are planning a 100 kW, 250 kW, 500 kW, 1000 kW, 1500 kW, or larger diesel power system, send us your load list and electrical requirements.

When your calculated load is close to 500 kW, choosing between a 500 kW and 600 kW diesel generator requires more than simply adding a safety margin. The correct choice depends on your actual continuous load, peak load, motor starting requirements, future expansion, operating mode, and local environmental conditions.
A 500 kW generator can be an economical solution when the actual operating load remains comfortably within its rated capacity. However, if the facility has large motors, compressors, pumps, air-conditioning systems, or other equipment with high starting current, additional capacity may be necessary. Future expansion should also be considered when the generator is expected to remain in service for many years.
Super Power offers several industrial diesel generator configurations in this capacity range. Depending on the project, customers can select branded engine solutions from Cummins, Weichai, Yuchai, Perkins, MTU, and other manufacturers. For example, our Cummins product spectrum includes a 500 kW / 550 kW unit with approximately 900 A rated current at the published 380 V, 50 Hz configuration. Larger models can be selected when the load profile or future expansion requires additional capacity.
Another important consideration is whether the generator will operate as prime power or standby power. Prime-power applications typically require a different assessment of operating hours and load profile than emergency standby installations.
Super Power can compare different generator capacities using your actual load data rather than applying a fixed oversizing percentage. We can also recommend multiple smaller generators operating in parallel when redundancy, maintenance flexibility, or staged capacity is important.
Need help choosing between 500 kW and 600 kW?
Send us your load list, voltage, frequency, application, and starting-load information. Our engineering team will recommend the most suitable configuration for your project.

The price of a 1000 kW diesel generator can vary significantly because generator cost is determined by much more than output power. Engine brand, alternator brand, voltage, frequency, controller, cooling system, fuel tank, enclosure, synchronization system, ATS, exhaust system, and project-specific accessories can all affect the final quotation.
For example, Super Power offers Cummins-based 1000 kW generator configurations. Our published SP1000GF specification lists 1000 kW / 1250 kVA prime power and 1100 kW / 1375 kVA standby power, using a Cummins KTA50-G3 engine. The published configuration uses 380 V, 50 Hz, three-phase four-wire output and lists approximately 210 g/kWh fuel consumption at rated operating conditions. These parameters provide a reference for an industrial 1000 kW class generator, but the final configuration depends on the project requirements.
Customers should also compare the total system cost rather than only the generator set price. A complete project may require paralleling switchgear, ATS, fuel storage, remote monitoring, weatherproof or sound-attenuated enclosures, medium-voltage equipment, cables, exhaust systems, installation accessories, and commissioning.
Super Power supplies generator sets for factories, mining projects, construction sites, data centers, oil and gas facilities, hospitals, and other industrial applications. Depending on project requirements, we can also configure multiple generator sets for synchronized operation instead of using a single 1000 kW unit.
Because every project is different, we recommend requesting a project-specific quotation instead of relying on a generic online price.
Request Your 1000 kW Diesel Generator Quote
Send us your preferred engine brand, voltage, frequency, standby/prime requirement, quantity, enclosure requirement, and destination. Our team will prepare a technical and commercial quotation based on your actual application.

Diesel fuel consumption depends primarily on generator load, engine model, operating conditions, and fuel efficiency. A generator running at 25% load does not normally consume one quarter of the fuel used at 100% load because the engine has its own fixed and variable consumption characteristics. For this reason, generator buyers should always review the manufacturer's fuel consumption data at different load points, rather than comparing generators only by their rated power.
As a reference, Super Power's published Cummins diesel generator specifications include fuel-consumption figures for different models. The SP500GF, for example, is listed at approximately 175 g/kWh under the published rated working condition, while the SP1000GF is listed at approximately 210 g/kWh. These figures are model-specific and should not be treated as a universal value for every diesel generator.
Fuel tank capacity is also an important part of generator selection. For standby applications, the required autonomy may determine the appropriate base tank or external fuel tank size. Data centers, telecom facilities, mining sites, and remote industrial projects may require extended fuel storage to maintain operation during prolonged utility outages.
Super Power can provide fuel consumption data for the selected engine at different load levels and help calculate expected hourly and daily fuel requirements. For projects with several generator sets, we can also compare different operating strategies to improve fuel efficiency and load distribution.
For example, if your generator will typically operate at 60–80% load, selecting an appropriately sized unit may provide better overall economy than purchasing an oversized generator that remains lightly loaded most of the time.
Request a Fuel Consumption Calculation
Send us your required generator capacity, average load, operating hours per day, and fuel price. Super Power can estimate fuel consumption and help you compare suitable generator configurations.

Yes. Diesel generator sets can be used for continuous 24/7 operation when the selected model is rated and configured for prime-power or continuous-duty applications. However, a generator designed for emergency standby operation should not automatically be assumed to be suitable for long-term continuous operation.
For 24/7 applications, several factors should be evaluated, including engine rating, average load, maintenance intervals, cooling capacity, fuel supply, lubrication system, ambient temperature, altitude, and redundancy requirements. Super Power supplies industrial diesel generators for prime-power applications in factories, mines, construction projects, remote sites, oil and gas facilities, and other locations where grid power is unavailable or unreliable. Our diesel product range includes branded engine options from manufacturers such as Weichai, Cummins, Yuchai, Perkins, and MTU.
For continuous operation, generator loading is particularly important. Operating a generator continuously at an appropriate load range helps maintain efficient combustion and stable operating temperatures. For larger installations, multiple generator sets can also be synchronized and operated in parallel. This allows the system to match changing demand, maintain redundancy, and keep part of the system available while another unit is being serviced.
Super Power can also configure automatic control, synchronization, ATS, remote monitoring, and customized cooling solutions depending on project requirements. Our published Cummins configurations include automatic control systems, 24 V starting systems, battery chargers, radiators, exhaust systems, and other standard components.
Before purchasing a generator for continuous operation, customers should clearly specify the expected running hours, average load, peak load, environmental conditions, and required maintenance strategy.
Planning a 24/7 Power System?
Send us your load profile, required operating hours, application, and site conditions. Our engineers can recommend a suitable prime-power diesel generator configuration for reliable long-term operation.

Prime power and standby power are two different generator applications, and choosing the correct rating is essential when purchasing a diesel generator.
A standby generator is normally used as an emergency power source when the utility supply fails. It may operate for limited periods and is typically intended to supply backup power rather than function as the site's permanent primary power source.
Prime power generators, on the other hand, are designed for applications where the generator operates for extended periods and may be the primary source of electricity. This makes prime-power generators suitable for remote construction sites, mines, oil fields, isolated industrial facilities, and locations with unreliable grid electricity.
The difference can also be seen in published generator specifications. For example, Super Power's Cummins SP1000GF is listed with 1000 kW / 1250 kVA prime power and 1100 kW / 1375 kVA standby power. The distinction between these ratings is important when designing a complete electrical system.
When selecting a generator, customers should therefore provide their expected operating hours, average load, maximum load, annual operating profile, and whether utility power is available. A generator selected only according to its standby capacity may not be appropriate for continuous prime-power operation. Super Power can help determine whether your project requires prime power, standby power, or a combination of both. We can also design systems with multiple synchronized generator sets to provide redundancy and flexible load sharing.
Applications include factories, hospitals, data centers, mines, construction projects, oil and gas facilities, farms, and remote industrial sites.
Not Sure Which Generator Rating You Need?
Send us your application, load capacity, expected operating hours, and utility-power conditions. Our engineers will recommend the appropriate prime or standby generator configuration.

The choice between an open-frame and silent diesel generator depends mainly on the installation environment, noise requirements, weather exposure, and available space.
An open-frame generator is normally installed inside a dedicated generator room or power plant. It provides easy access to the engine and alternator for inspection and maintenance and can be an economical choice when the building already provides sufficient weather and noise protection.
A silent or enclosed generator is more suitable for outdoor installations, construction sites, commercial facilities, temporary projects, and locations where noise reduction and weather protection are important. The enclosure can integrate acoustic insulation, ventilation, exhaust treatment, control equipment, and other protection systems.
Super Power provides both open-frame and enclosed diesel generator configurations. Depending on the project, we can also supply weatherproof and containerized solutions. This is particularly useful for mining, oil and gas, construction, telecommunications, and remote industrial sites where the generator may need to operate outside.
Technical configuration is not limited to the enclosure itself. For example, the cooling system must provide adequate airflow through the enclosure, while radiator capacity should be selected according to the ambient temperature.
Super Power's published Cummins configurations include radiator systems designed for up to 50°C ambient conditions in the standard specification. Additional environmental customization can be considered for demanding sites.
For larger generators, containerized solutions can also simplify transportation, installation, acoustic treatment, and equipment integration.
The right choice therefore depends on your site rather than a simple preference for one configuration.
Need an Outdoor or Low-Noise Generator?
Tell us your installation location, noise limit, ambient temperature, generator power, and available space. Super Power can recommend an open-frame, silent, weatherproof, or containerized configuration.

Yes. Diesel generators can be installed outdoors when the equipment is configured with appropriate protection against weather, dust, temperature, and other environmental conditions.
For outdoor projects, an open-frame generator normally requires a suitable generator shelter or dedicated weather-protected building. Alternatively, Super Power can provide weatherproof, sound-attenuated, and containerized generator configurations designed specifically for outdoor installation. Outdoor generator selection should consider more than the enclosure. Ambient temperature, ventilation, cooling-air flow, exhaust routing, fuel storage, rain protection, corrosion protection, cable routing, and maintenance access must all be evaluated during system design.
Temperature is particularly important. High ambient temperatures reduce cooling performance and may affect available engine output. For example, Super Power's published Cummins generator configuration includes a radiator designed for up to 50°C maximum ambient temperature. Projects operating in hotter environments may require additional engineering or derating depending on the generator model and site conditions.
For dusty or harsh environments such as mines, oil fields, construction sites, and desert locations, the enclosure and filtration system can also be customized. Containerized solutions are especially useful when the customer requires an integrated system that can be transported and installed with minimal site construction.
Outdoor installations may also benefit from automatic start, ATS, remote monitoring, battery charging systems, and emergency-stop protection, depending on the application.
Super Power has experience supplying industrial generator configurations for outdoor and challenging operating environments and can customize the generator package around the site's electrical and environmental requirements.
Looking for an Outdoor Diesel Generator?
Send us the required power, site temperature, altitude, installation environment, noise requirement, voltage, and frequency. Our engineers can recommend the appropriate outdoor generator package.