Generador para línea de producción de abonos orgánicos

Generator

for organic fertilizer production line

Solutions for the production of organic fertilizers with a shortage of electrical resources

In regions where energy resources are scarce, organic fertilizer production often faces the challenge of insufficient electricity supply. To solve this problem, we can offer organic fertilizer granulation companies an innovative solution: a comprehensive system that combines production lines with generating sets, as well as the configuration of generator sets for individual equipment.

organic fertilizer production & generator sets

Production lines with structure groups

First of all, Offering a complete solution that integrates production lines with generator sets can significantly improve production stability. When integrating a generator set into the production line, Businesses can maintain normal operation even in conditions of unstable or non-existent power supply. This solution not only ensures the continuity of production, but also optimizes efficiency, helping businesses reduce losses caused by lack of electricity.

Líneas de producción con grupos electrógenos

Individual team & diesel engine

New organic fertilizer granulator – motor diesel

In second place, for those companies that already have part of the production equipment but still face energy limitations, we can offer a genset configuration solution for individual equipment. This option is highly flexible, allowing companies to choose the most critical or energy-consuming equipment to ensure their electricity supply. This way, not only can the initial investment be reduced, but also improve the use of production capacity.

How to calculate the power of a generating set necessary for an organic fertilizer production line?

Calculating the power needed for a generator set on an organic fertilizer production line requires several steps..

  • 1.List all equipment: Compile a list of all equipment on the production line, including crushers, Mixers, granulators, Dryers, chillers, sieves, packaging machines, conveyor belts, ventilation equipment, etc.

  • 2.Get power requirements: Find the nominal power of each device (It is usually found on the equipment nameplate or in the technical manual) and write down the power required in kilowatts (kW).

el grupo electrógeno

  • 3.Calculate the total power required: Add the power requirements of all equipment to obtain the total power needed to operate the equipment.

  • 4.Consider reserve capacity: To ensure sufficient power during peak loads or equipment startup, It is generally recommended to add a reserve capacity of the 10% al 20% about total power.

  • 5.Consider efficiency and power factor: Generator efficiency and power factor will affect actual power supply. Normally, The efficiency of a generator is around 90%, and the power factor can be between 0.8 y 1. You need to divide the total power by these two parameters to calculate the apparent power (a kVA).

  • 6.Select the right generator set: Choose the corresponding generating set according to the calculated apparent power.