In industrial production, where uninterrupted power supply plays a key role in maintaining production cycles, high-power generators are becoming vital equipment. They allow you to ensure stable power supply even in case of interruptions in the main network, as well as reduce possible downtime and losses. Below we will analyze the main aspects of choosing a large-size generator for factories and consider how AKSA solutions can be useful.
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- Determining the required capacity
- Total loadMake a list of all industrial equipment that must be powered by a generator in the event of a power outage (machine tools, conveyor lines, ventilation systems, compressors, etc.). Calculate their rated power.
- Accounting for inrush currentsPowerful engines (for example, in pumps, elevators, heavy machinery) consume 2-3 times more energy at startup than during normal operation. Therefore, it is important to add an additional reserve to the estimated capacity.
- Reserve capacityTo ensure that the equipment does not operate at its maximum capacity and overloads do not occur, it is recommended to choose a generator with a margin of 10-25% of the total value. This will extend the life of the generator and ensure stable operation under possible peak loads.
- Fuel system and engine type
- Diesel or gas
- Diesel generators are usually more popular on an industrial scale due to their high reliability and relative efficiency at high capacities.
- Gas generators (powered by natural or liquefied gas) have cleaner exhaust, but the infrastructure requirements (gas pipeline, additional equipment) may be higher.
- Manufacturer and brandIndustrial enterprises that require generators over hundreds of kilowatts should pay attention to world-renowned engine manufacturers whose designs meet strict quality standards.
- Cooling system
- Air coolingIt is used, as a rule, in medium-power generators. It may not be able to cope with thermal loads in enterprises where the generator operates without interruptions in a hot and dusty workshop.
- liquid (water) coolingThe most efficient solution for large capacities. Ensures stable temperature maintenance under prolonged load. Although it requires more complex maintenance (radiators,
