Custom Generator Chassis and Fuel Tank Design Custom Generator Chassis and Fuel Tank Design

Durability and Safety: The generator frame enhances the durability of the generator by providing protection against external factors. This ensures reliable performance in various weather conditions and prolongs the lifespan of the generator.

Vibration and Noise Reduction: The generator frame minimizes noise and vibration by absorbing the vibrations created by components such as the engine and alternator. This feature enables the generator to operate quietly and minimizes disturbance to the surroundings.

Portability and Ease of Use: The frame facilitates the transportation and placement of the generator. This allows for quick deployment of the generator, especially in emergency situations or areas requiring a portable power supply.

A fuel tank is a tank system where the fuel necessary for the operation of the generator is stored and protected. This tank can store an adequate amount of fuel to ensure uninterrupted operation of the generator. At Altaş Generator, we offer generators equipped with large-capacity and secure fuel tanks. These tanks provide a reliable fuel source for situations requiring prolonged operation, guaranteeing uninterrupted power supply.

When is a Special Generator Frame and Fuel Tank Design Needed?

There are several situations where a special generator frame and fuel tank design may be required:

Portable Power Needs: In areas experiencing frequent power outages, especially in remote or rural areas, a special generator frame and fuel tank are necessary to provide a portable power source.

Mobile Events and Stage Shows: For concerts, outdoor events or other mobile activities, a special generator frame and fuel tank are required to meet the electricity demand.

Emergencies: In disaster situations, disaster areas or emergency locations, a special generator frame and fuel tank design is needed to be used as a power source.

Industrial Applications: Industrial facilities, mines, agricultural areas and other remote locations may require a special generator frame and fuel tank to provide uninterrupted power.

Military or Defense Applications: Special generator frames and fuel tanks may be needed for military operations or defense applications in the field. Portability, reliability and durability are crucial factors in such cases.

Telecommunication Infrastructure: Telecommunication companies may require a special generator frame and fuel tank to provide power for critical infrastructure such as radio stations and data centers.

In each of these settings, a special generator frame and fuel tank design may be necessary, and these designs can be customized according to specific needs and environmental conditions.

How are Special Generator Frames and Fuel Tanks Manufactured?

The production of a special generator frame and fuel tank typically involves a meticulous manufacturing process that includes a series of special procedures.

Custom Generator Frame Production:

Design and Engineering: The production process begins with the engineering team creating the frame design, taking into account customer requirements and project specifications. Factors such as frame dimensions, material, carrying capacity and durability are determined at this stage.

Material Selection: The frame is usually made of durable and lightweight metals such as steel or aluminum. Material selection is critical for the strength, durability and load capacity of the frame.

Cutting and Shaping: The material is cut and shaped according to predetermined measurements. This process is usually carried out using special cutting machines and presses.

Welding: Parts are joined using appropriate welding techniques. This step is crucial for the durability and strength of the frame.

Assembly: Once the welding process is completed, the frame parts are assembled. At this stage, the assembly of other generator components (engine, alternator, etc.) may also be carried out.

Coating and Painting: The frame is often coated and painted to protect against corrosion and provide an aesthetic appearance. This step ensures the longevity of the frame.

Fuel Tank Production:

Design and Engineering: The design of the fuel tank is carried out taking customer requirements and the specifications of the generator set into account. The tank is designed to safely store and transfer fuel to the generator.

Material Selection: Fuel tanks are generally made of durable materials such as steel or plastic. The choice of material provides durability and resistance to corrosion for the tank.

Cutting and Shaping: Tank parts are cut and shaped according to the design. This process is usually done using special cutting machines and presses.

Welding or Bonding: Metal tanks are joined by welding, while plastic tanks are usually assembled using methods like bonding or thermal welding.

Assembly: Tank parts are assembled together. During this stage, necessary connections and valves for fuel transfer are also installed.

Testing and Calibration: At the end of the production process, the tank undergoes leak and performance tests. Additionally, calibration is done to accurately measure the fuel level inside the tank.

Both processes are carried out in accordance with precise engineering and production standards. As a result of these processes, reliable and high-quality generator chassis and fuel tanks are manufactured.