Specifications of Mitsubishi Heavy Series Generators
Standby Power(KW/KVA): 1100/1375~2000/2500
Prime Power(KW/KVA): 1000/1250~1800/2250
No.of Cylinder: 12.V~16.V
Bore x Stroke(mm): 170X180
Gross Weight(kg): 9850~17600
This series of diesel generator sets are powered by Mitsubishi Heavy series diesel engines and s6r2 / s12r / s16r three series engines. The technical standards, manufacturing level and quality control are always synchronized with Mitsubishi Heavy industries.Thanks to the integration of the fuel system and engine development of Mitsubishi Heavy industry, the power output with optimal performance, high power, high stability and low emission is realized.
Product Advantages
1. Superior Power Performance
As a professional generator set manufacturer, we deeply understand the importance of core power. Mitsubishi diesel engines feature a compact design, achieving powerful output within a limited space. Their high torque characteristics ensure stable operation of the unit under sudden loads, providing reliable energy for various application scenarios.
2. Leading Energy-Saving Technology
Our generator sets consistently pursue optimized energy efficiency. By adopting Mitsubishi’s advanced fuel injection system, we achieve lower fuel consumption. Combined with intelligent cooling technology, this ensures excellent economy during long-term operation, significantly reducing user operating costs.
3. Excellent Environmental Adaptability
For diverse operating environments, we have enhanced the durability of our generator sets. Mitsubishi engines undergo rigorous environmental testing, enabling stable operation under harsh conditions such as high humidity and high salinity. Their superior corrosion-resistant design and sealing technology ensure a long service life for the unit.
4. Comprehensive Environmental Certifications
We consistently uphold the concept of green manufacturing. Mitsubishi generator sets have obtained major international emission certifications from Japan, the United States, and Europe. Their advanced exhaust gas treatment system meets the most stringent environmental standards, helping users achieve sustainable development goals.
5. Convenient Maintenance Design
From the perspective of a diesel generator set supplier, we place particular emphasis on the maintainability of our products. The modular design of the engine components simplifies routine maintenance and troubleshooting, while a unique diagnostic interface quickly identifies operating status, minimizing downtime.
6. User-Friendly Experience
We are committed to enhancing the user experience. By optimizing control logic and reducing operating noise, we make unit operation simpler and more intuitive. Its intelligent monitoring system displays operating parameters in real time, making power management easy and efficient.
Product Parameters
50HZ 400V,3P4W Mitsubishi Series
| Genset Model | Standby Power (KW/KVA) | Prime Power (KW/KVA) | Model | No.of Cylinder | Bore x Stroke (mm) | Overall Size (mm) | Gross Weight (kg) |
|---|---|---|---|---|---|---|---|
| SL1375GF | 1100/1375 | 1000/1250 | S12R-PTA-C | 12.V | 170X180 | 4500X2000X2326 | 9850 |
| SL1650GF | 1320/1650 | 1200/1500 | S12R-PTAA2-C | 12.V | 170X180 | 5200X2120X2350 | 10380 |
| SL1800GF | 1440/1800 | 1320/1650 | S16R-PTA-C | 16.V | 170X180 | 5260X2200X2482 | 11530 |
| SL2100GF | 1680/2100 | 1500/1875 | S16R-PTA2-C | 16.V | 170X180 | 5460X2200X2482 | 14551 |
| SL2200GF | 1760/2200 | 1600/2000 | S16R-PTAA2-C | 16.V | 170X180 | 6350X2200X2500 | 15820 |
| SL2500GF | 2000/2500 | 1800/2250 | S16R-PTAW-C | 16.V | 170X180 | 7000X2200X2500 | 17600 |
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Sollant diesel generators offer exceptional practical value, and their maintenance procedures are designed to be very simple, effectively ensuring stable operation and low maintenance costs.
Abdul Martin Farooqi
The Sollant company team demonstrates a high level of professionalism in the field of diesel generators and possesses accurate insights into the market conditions of its products.
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Among similar products, Sollant diesel generators demonstrate superior environmental adaptability and reliability, coupled with significant ease of maintenance, which constitutes their irreplaceable market competitiveness.
Kristen Moore
Generators vs. Inverters: Which is Better for Your Electricity Needs?
In today’s society, electricity supply plays a crucial role in outdoor activities, emergency backups, and industrial production. Generators and inverters, as two common electrical devices, each have their unique advantages and limitations. This article will delve into the working principles, advantages, and disadvantages of generators and inverters, and, in conjunction with practical application scenarios, help you determine which device is better suited to your electricity needs. It will also incorporate relevant information from generator suppliers and manufacturers.
1. What are Generators and Inverters?
A generator, as the name suggests, is a device that converts mechanical energy into electrical energy. It typically uses the combustion of fuel (such as gasoline, diesel, or natural gas) to drive an engine, which in turn drives a rotor inside the generator to rotate, generating electromagnetic induction and thus outputting alternating current (AC).
An inverter, on the other hand, is a power electronic device that converts direct current (DC) to alternating current (AC). It is typically used in conjunction with battery packs, solar panels, or other DC power sources to convert stored DC power into AC power usable by household appliances or industrial equipment.
2. Advantages of Generators
Powerful and Versatile:Generators, especially large generator sets, can provide very high power output, sufficient to meet the electricity needs of industrial production, large buildings, or entire communities. For scenarios requiring long-term, high-power supply, such as construction sites, field operations, or as backup power for factories, generators are an irreplaceable choice. Many well-known generator manufacturers offer a full range of products, from small portable generators to large industrial generator sets.
Available Fuel and Long Operating Time:Fuels such as gasoline or diesel are relatively easy to obtain. With sufficient fuel reserves, generators can operate continuously for hours or even days, providing uninterrupted power. This makes generators ideal for areas far from the power grid or during prolonged power outages.
Cost-Effective (High Power Demand):For users requiring high power output, the initial investment in a generator set may be lower than that of an inverter system of equivalent power, especially considering the cost of battery packs.
3. Disadvantages of Generators
High Noise and Pollution:Generators generate significant noise and exhaust emissions during operation, impacting the environment and potentially affecting the daily lives of nearby residents. Therefore, when using a generator, its placement and noise reduction measures need to be considered.
Maintenance Required, Fuel Consumption: Generators require regular maintenance, including oil and filter changes, to ensure proper operation. Fuel consumption is also a significant expense. Choosing a generator supplier that provides comprehensive after-sales service is crucial.
Start-up Time: Some generators require a certain amount of time to start up and cannot provide power instantly like inverters.
4. Advantages of Inverters
Clean and Environmentally Friendly, Low Noise: Inverters themselves do not produce exhaust emissions and operate with almost no noise, making them very environmentally friendly. This makes them ideal for use in residential areas, indoors, or noise-sensitive locations.
Compact Size and Portability: Many inverters are small, lightweight, and easy to carry, making them ideal for outdoor camping, vehicle power, or small home backup power.
Simple Maintenance and Long Lifespan: Inverters typically do not require complex maintenance; as long as the battery pack is in good condition, their lifespan is relatively long.
Compatible with Renewable Energy Sources: Inverters can be seamlessly connected to renewable energy systems such as solar panels and wind turbines to utilize and store clean energy. 5. Disadvantages of Inverters
Limited Power, Requires Battery:Inverter power output is typically lower than that of generators, primarily depending on the capacity of the connected battery pack. For scenarios requiring high power and long-term supply, inverters may not be sufficient.
High Battery Cost, Limited Lifespan:Inverter systems require battery packs, which are expensive and have a limited lifespan, requiring periodic replacement.
Efficiency Loss:Energy loss occurs during the DC-to-AC conversion process.
6. Generator vs. Inverter: Which is Better for Your Power Needs?
When choosing a generator or inverter, you need to consider your specific power requirements, budget, operating environment, and environmental requirements.
Do you need high power and long-term supply? If you need to provide high power and long-term power support for factories, construction sites, etc., or as backup power for large equipment, then a generator is a more suitable choice. You can consult a professional generator set supplier to customize a suitable generator set according to your specific needs.
Do you have strict requirements regarding noise and emissions? If you live in a residential area, indoors, or have high requirements for noise and environmental protection, then an inverter is a better choice. It can provide your home with quiet, clean backup power.
Do you need portable power equipment? If you frequently engage in outdoor activities and need car power or small portable power sources, then a lightweight inverter is undoubtedly more convenient.
Are you considering using renewable energy? If you want to integrate renewable energy sources such as solar or wind power into your power system, then an inverter is the ideal bridge to achieve this goal.
What is your budget like? For the same power output, the initial investment in an inverter system (especially one that includes a battery pack) may be higher than that of a generator. However, in the long run, the operating cost of an inverter may be lower (no fuel required).
Conclusion
Generators and inverters each have their advantages and disadvantages; there is no absolute superiority or inferiority. The key is to make an informed choice based on your actual needs. Before purchasing, it is recommended that you carefully evaluate your electricity usage scenarios, power requirements, budget constraints, and environmental and noise requirements. If you have questions about choosing a generator set, consult a professional generator manufacturer or generator set supplier; they will provide you with professional advice and customized solutions.
Frequently Asked Questions
Q1:Can generators and inverters be used simultaneously?
Yes. For example, using a generator when high power is needed and an inverter when low power or noise levels are low can achieve complementary advantages.
Q2:How to choose the appropriate generator power?
You need to list all electrical devices that require power and their power ratings, then add all the power ratings together, leaving a certain margin to ensure the generator can provide a stable power supply.
Q3:What are the battery requirements for inverters?
Inverters typically require deep-cycle batteries to ensure battery life and stability. The battery capacity should be selected based on your power usage duration and power requirements.
Q4:What routine maintenance does a generator require?
Routine maintenance includes checking the engine oil, coolant, and air filter; regularly changing the engine oil and filter; and keeping the generator clean. Please refer to the generator’s instruction manual for specific maintenance schedules.
Q5:What safety precautions should be taken when using an inverter?
When using an inverter, avoid overloading, ensure good heat dissipation, and follow the safety operating procedures in the instruction manual to prevent electric shock or equipment damage.
