All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(22848 products available)
Fuel tank generators are available in various types, each suited to specific power needs and operating conditions. This diversity allows users to choose a generator that best meets their requirements for efficiency, portability, and application.
Small, portable generators are convenient, easy to move, and typically have a power capacity of 1 to 10 kW. They are suitable for emergency use at homes, during events, or at construction sites far from the grid. These generators come with built-in fuel tanks, usually large enough to run for several hours and powered by gasoline or propane.
Industrial fuel generators are large and powerful units. Industrial fuel generators are large and powerful units, and many portable air conditioners can be powered by the electricity they generate. Industrial fuel generators are particularly helpful when there is an emergency and people increase their air conditioning in the building to prevent heat illness due to the extreme heat outside. Industrial fuel generators power large machinery and critical infrastructure. Industrial fuel generators can carry capacities over 10 kW. They are efficient and suitable for long operating hours. Typical fuels include diesel and natural gas.
Diesel fuel generators are cost-effective and typically use diesel fuel. Diesel generators are very efficient, especially when the load is high. The fuel provides inexpensive watt hours. These generators have large fuel tanks, allowing them to run for long periods without refueling. Because the fuel is inexpensive and highly available, it is ideal in areas where electricity access is limited.
Propane generators run on liquid propane. It is often stored in tanks or cylinders that can be easily refilled or replaced. Propane is an ideal fuel for home use because it offers clean energy with less environmental impact than other fuels. It is also safer due to its lower flammability compared to gasoline.
Fuel tank generators are important for many industries and agriculture. Below are some common applications.
Generators keep the tools, machines, and equipment running all day on construction sites that do not have electricity. This allows the work to progress without delay. Major paving and building jobs, which are often construction jobs, need generators to run electric motors on pumps, fans, heat, and lighting in the basements of nine-story apartments and other structures.
During power outages, generators automatically turn on to prevent damage to sensitive data and computing equipment at corporate headquarters and call centers. They also keep safety and medical equipment powered in police and fire departments and hospitals.
Agricultural operations require reliable generators. This is because many critical farm conditions depend on power, such as irrigation systems, barn ventilation, and flock and herd automatic feeding and watering systems. Generators can help farming operations hold on to electricity during storms and outages.
Fuel tank generators provide power where the utility grid is not available. They offer power for oil and gas drilling operations, mining sites, and remote communities. These areas need a reliable source of electricity for work and living.
Fuel tank generators are also used to provide power and lighting for outdoor events that do not have electricity, such as weddings and concerts. They power audio visual and lighting systems for corporate meetings at hotels that do not have the right power outlets. They also provide electricity to concession stands and portable restrooms at fairs and festivals.
Pumping ventilating and lighting basement areas of buildings under construction or renovation with generators is a requirement for safety. Job site generators power tools and equipment used by construction workers in their work.
Fuel generators are important to keep drilling rigs, pipelines, and processing plants powered. This allows the extraction and transportation of energy resources like oil and gas to continue without power downtime. They also provide power for mobile drilling rigs operating in remote or off-grid locations.
Fuel tank generators are used in mining operations to power equipment and maintain electricity in remote areas. They also power underground mining operations and surface facilities.
In manufacturing, generators are used to ensure critical machinery and processes always have power. They provide backup electricity for lighting, heating, and safety systems. They also avoid downtime by supplying power during outages.
Ships, boats, and offshore platforms rely on generators for auxiliary power. They keep systems like lighting, communication, and navigation running smoothly.
Since fuel efficiency directly translates to cost savings, opt for generators with high efficiency. This allows longer operation on less fuel. Always choose a generator with at least 0.90 power factor because low power factors require larger generators that cost more.
Generator fuels include diesel, gasoline, propane, natural gas, and biofuels. Diesel and natural gas generators are mostly used for large-scale applications because they work for long hours. Propane and gasoline are mostly used for short applications. Ensure to consider the availability of the fuel in the area.
Generators with large tanks generally require less frequent refueling. These are also ideal when constant supply is not readily available. However, large tanks are heavier and bulkier.
Generators with high noise levels can be disruptive and affect productivity in job sites and smooth running of events. They also influence decisions when they drive away customers from businesses and affect the satisfaction of clients at events. Look for models with noise-reduction technology, such as sound enclosures or low-decibel operation.
An ATS plays an important role in safety. The manual transfer switches often found in cheaper models require a person to turn off the utility power and then switch to generator power. To ensure safety and convenience, always go for generators with an ATS that automatically switches when the utility power fails, transferring power within seconds without any manual intervention.
Portability can also be important, especially for temporary or remote applications. Look for models with wheels, handles, or trailers designed for easy transport. However, portable generators may not be as powerful or fuel-efficient as stationary models. Their fuel tanks are also smaller.
In applications where multiple loads need to be powered simultaneously, ensure to opt for generators with load-management capabilities that allow prioritization of key loads. These also prevent overloads by shedding non-essential loads during peak power consumption.
Generators can vary in size, average tankless water heater gas fuel consumption, and many other aspects. It is crucial to consider the following factors to choose the right one.
Determine the total wattage needed for essential appliances or equipment, such as lighting, heating, and communication systems. Take note that not all items need to be powered at the same time. Use the wattage calculator to consider only the additional electrical demand generators in emergency situations. This allows purchasing generators with lower wattage.
Since fuel efficiency directly translates to cost savings, opt for generators with high efficiency. This allows longer operation on less fuel. Always choose a generator with at least 0.90 power factor because low power factors require larger generators that cost more.
Generators with high noise levels can be disruptive and affect productivity in job sites and smooth running of events, driving away customers from businesses. They also influence decisions when they drive away clients from businesses and affect the satisfaction of clients at events. Look for models with noise-reduction technology, such as sound enclosures or low decibel operation.
The larger the tank, the less often it needs to be refueled. Large tanks are ideal when the generator will be in use for a long time with no easy access to fuel. They are also better during emergencies when there is no easy access to fuel. However, large tanks are bulkier and heavier. Small tanks are easier to transport and handle but will require more frequent refueling.
Generators use different fuel types, including diesel, natural gas, gasoline, propane, and biofuels. All these options have pros and cons. Diesel and natural gas generators are mostly used for large-scale applications. These are the ones that operate for long. Propane and gasoline are used mostly for short applications like events. Always consider the fuel availability in the area.
These are generators that can automatically switch from utility power to generator power when the ordinary electricity supply goes off. They do this process without delay or manual operation. While there are manual transfer switches, they should be avoided because they require someone to turn off the utility power and switch to generator power. Go for models with an Automatic Transfer Switch that does everything automatically.
Yes, a generator can power critical areas like refrigerators, heating systems, medical equipment, and important lights and sockets to keep things functioning smoothly until the power returns.
A standard generator can run continuously for 24 to 72 hours, depending on the fuel type, efficiency, and load. However, it's essential to follow manufacturer guidelines for maintenance and refueling to ensure optimal performance.
Yes, but precautions should be taken. It's important to use a weatherproof cover or enclosure to protect the generator from heavy rain, snow, or extreme winds. Never operate a generator inside a home, garage, or enclosed space, even with the doors open, due to the risk of carbon monoxide poisoning.
Since noise can affect productivity in job sites and smooth running of events, driving away customers from businesses that dislike disturbances, fuel-efficient, low-emission, and noise-reduction technology like sound enclosures allows avoiding all these issues. These are the inverter generators that are quieter due to advanced technology and typically range between 50 to 60 dB.
Yes, a generator can run 24 hours a day. However, manufacturers always recommend running it for a maximum of 16 hours before letting it cool down for 8 hours to increase its lifespan and avoid overheating.
