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(288 products available)
Water-cooled 128kw diesel generator
The 128kw water-cooled diesel generator uses water as a cooling medium and a pump that circulates the water-cooled generator's operation. It is commonly used because it can effectively and steadily bring down huge quantities of heat. Also, the excellent quiet functioning intensity makes it important in places where silence prestige is important, as in hospitals and schools.
Air-cooled 128kw diesel generator
The 128kw air-cooled diesel generator is smaller in size due to its simple design. It depends on a fan to flow air and preserve a good temperature for the machine. Though it is easy to install in places with the narrow available area, it is not as effective as water-cooled in terms of cooling system. It is, therefore, often used in construction sites and remote locations with smaller power needs.
Automatic voltage regulator (AVR) 128kw diesel generator
The automatic voltage regulator 12800 watt generator set ensures even and constant electric strength output by automatically retuning the output voltage no matter how the load conditions cope with the fluctuation. Owing to this gear, AVRs are excellent for facilities that electricity cause sensitive devices to interrupt. For example, AVRs are installed in IT companies, media houses, and hospitals where power surges can damage medical and surveillance equipment.
Manual voltage regulator 128kw diesel generator
The manual voltage controller requires human intervention to adjust the voltage output. While this can permit great customization, it may not always be sensible in an emergency. However, it is nevertheless well-known in places with specific power requirements and where technicians are always easy to reach. Manufacturing plants and technical workshops with hard and removable electrical equipment may gain from manual regulation.
Construction activities
A 128kW diesel construction generator is utilized for most construction work. Large power can run all construction equipment, power tools, and lightings, and keep on working even when there is no power from the national utility companies. Its rugged design makes it ideal for harsh work sites, and it is even mobile and can be used in various places within a construction site.
Mining operations
Mining activities require consistent, reliable electricity, and the 128 kW diesel generator set provides this for remote and underground mining. From operating miner machines, ventilation fans, and pumps to lighting work sites, it can support the high power needs of all mining systems. Its independence from the local electrical grid makes it more important for mining activities locations far from urban centers or in areas of instability with power supply.
Commercial Agriculture
In agriculture, the 128 kw diesel generator is critical to operations in remote farms and agribusiness. It can help work irrigation systems, milking devices, feeding automation, and other farm equipment. The model's efficiency and strength mean that huge agricultural applications can be supported without uninterrupted or fluctuating electric power, which is necessary for crop production, animal husbandry, and food processing.
Events and Temporary Installations
Concerning large-scale and outdoor events, such as concerts, festivals, exhibitions, and conferences, electric power supply is crucial. A 128 kW generator can help maintain lighting, audio, and visual equipment, and HVAC systems, etc. such that the event continues to unfold comfortably and entertaining. It is usually rented out for short term uses as it is meant to be a temporary power source while awaiting the establishment of the company power grid.
Emergency backup power for critical facilities
Hospitals, data centers, and financial institutions require uninterrupted electric power supply, as any power outage means great loss. They are installed on the generators as part of the facilities, and the 128 kW diesel generator can be used as an emergency power backup in case of national power outage. Hospitals use it to run life-saving and critical equipment; data centers use it for servers and storage; financial institutions use UPS for their networking equipment.
Power output
A 128 kw diesel generator will produce approximately 128 kilowatts of electrical power. That is about 180 horsepower, or around 133 kilowatts, using the power factor. That means it can power large machinery, multiple commercial electrical appliances, and even entire buildings.
Fuel efficiency
DIESEL GENERATOR 128 KW operates very economically. Diesel engines use less fuel to produce the same amount of power compared to gasoline engines. It is important considering energy prices and operating costs since it is cheaper to operate over long hours.
Three-phase power
This particular diesel generator set is a three-phase power generator, enabling it to produce up to 128,000 watts of three-phase power or 128,000 VA of line power. This makes it ideal for industrial use because large motors require three-phase power.
Water cools
The 128KW diesel generator is built with a water-cooling system to prevent the engine from becoming over-reheated, thus reducing great work conditions. It will stand steady inside even in extended hours of work.
Automatic voltage regulator
Automatic voltage regulator 12800 watt generator set feature makes sure the electric output stays stable even if the electric load put on the generator fluctuates. It is important in certain installations, including data centers, hospitals, and manufacturing plants, in which voltage variance can cause machinery malfunctioning and equipment breakdown.
Parts required
The important materials needed are: the diesel generator itself, the transfer switch – to transfer between power sources conveniently, foundation elements to support the generator, grounding wire and rod, fuel lines and valves to control fuel delivery safely, and exhaust piping for the result of the engine's emission.
Preparation of installation site
The site selected should be a position with easy accessibility to maintenance and operations. The space must be large enough for the generator, and any other equipment should provide a clear buffer area around the device. The site must also be leveled to prevent the generator from becoming unstable; the foundation must be strong and solid to bear the generator's weight.
Installing generator pad or base
After preparing the area, the next thing to do is create a foundation. The base must be fabricated from concrete or any other material and ensure stability for the generator. The pad should be leveled and have the same measurements as the generator base to provide a steady and sound working platform.
L installing the generator
Place the diesel generator on the generator pad. Ensure the levelness of the unit; an unlevel generator can have a lot of problems. After that, bolt the generator set to the foundation so that it will not move when it vibrates or during strong winds.
Electrical connections
Link electric wires from the generator to the R transfer switch, which must be wired up inside the electrical panel of the building. The transfer switch must then be linked to the main electrical grid or other power sources. This ensures that the installation follows all safety scenarios concerning electrical wiring.
Fuel system setup
The diesel fuel system for the generator needs to be installed using appropriate fuel lines and valves. Make sure the diesel delivery is unsafe and that there are no possible leakages within the delivery line.
Exhaust installation
The diesel generator is put; exhaust must be properly installed such that the fumes coming from the generator are emitted safely. Piping must be linked between the generator and the exhaust exchange; the end of the pipe must be positioned away from the generator location and the surrounding area.
Grounding and final checks
Grounding is very important for the safety of the generator. Install a ground rod close to the generator and link it to the unit with a copper wire. After this, make sure all the electrical, fuel, and exhaust interrelations are safe and secure. Start the generator and check both the generator set and the national utility grid for seamless operation.
Maintenance schedule
Diesel generator sets should be routinely maintained to keep them functioning effectively. Injectors and pumps should be routinely checked, and diesel filters should be replaced after every three months or 250 running hours, whichever comes first. Engine oil and oil filters should be changed every 500 hours, and heavy work hours should increase this period. Coolant should also be lowered and check maintained at least once a year or 2000 hours of running time.
Usage hints
Using a 128kw generator efficiently involves fully loading it when possible to improve fuel efficiency. Running on low loads decreases the generator's time uptake, which strains the engine and elongates the work period. Whenever the generator is on, operators should check the electric output as well as the parameters of the machine to ensure power delivery.
Early symptom detection
Softer sounds and shaking can tell the user when the generator is diseased. A mechanic should be nearby to make such sounds and vibrations. Oil, fuel, and coolant leaks will stain the generator pad and parts and indicate internal problems. Experienced 128K generators won't cause any streaks, staining, or bad smells. If any bad smell or flooding occurs from the generator, switch it off, as it means danger. Any change in output voltage or frequency will disturb electric-powered equipment connected to the generator.
Quality components
Diesel generators are designed with quality mechanical parts, such as turbocharges, intercoolers, and pistons, for wear-resistant and break-free operations. Use of quality electrical parts like alternators, regulators, and brushes helps improve electric output and prevent electric interfacing. Moreover, quality control testing and checks at all stages of the manufacture help eliminate defects, and when coupled with quality assurance certificates like ISO, it assures the public credibility of the product.
Regular inspection and maintenance
Routine inspections should be conducted on the 128kW diesel generator to check for the worn parts, electrical components, cables, and wiring that can cause safety issues. The coolant level and fuel mixture in the generator should be checked at every use to ensure overheating and explosive fire does not occur. Regularly changing in oil and use of lubrication helps in maintenance, and it is advised that users of the generator mind the maintenance schedule stipulated by manufacturers and ensure the requirements are met on time.
Load management
Avoid backing down on generators; always try to back the effective usage and distribution of load power. It strains the engine, which can lead to overheating and internal effects like bursting and explosions. Conversely, overloading can bring about a drop in voltage, blow the cut-out fuses, and trip circuit breakers. There is also an automatic load compensating device in generators that automatically adjusts the load to prevent these problems.
Proper grounding and installation
Avoid fluctuations in voltage because of inadequate grounding or poor installation; buoy the 128 KW generator to a ground rod as near as possible to ensure proper tress and voltage balance. Ensure that all the electrical links and connections obey the manufacturer's procedures and guidebooks. This will reduce the risk of electric shock, fire, or equipment damage due to improper or poor installation.
Use of Personal Protective Equipment (PPE)
Diesel generators produce dangerous exhaust such as carbon monoxide, nitrogen oxides, and particulate matter. These elements cannot easily be perceived and exposure to these elements can cause health problems. The best way to take care of this is to use personal safety equipment: safety eyeglasses, depicting masks, and gloves. The generator should also be situated in such a way that the exhaust goes away from people and into open air. The operator should ensure that generators are placed in proper ventilated areas to minimize the risk of asphyxiation or poisoning by exhaust fumes.
A1: They are normally utilized for construction, agriculture, mining, special events, and as backup power in facilities that require power constantly, such as hospitals and data centers.
A2: Generators of this capacity should consume 0.8 to 1 liter of diesel per hour for every kilowatt produced. This means that over an hour of optimal operation, it would consume about 102 to 128 liters of diesel.
A3: There must be routine maintenance involving oil and filters, coolant and fuel system, and the overall condition of internal components such as injectors and pumps.
A4: No, it should be placed outside because it produces lethal carbon monoxide. It should be placed in a well-aerated area and not under enclosed or enclosed spaces.
A5: Mounting the generator on rubber pads and placing sound-absorbing barriers around it (without obstructing airflow) can help in reducing noise.
