Electric generator using industrial gas

Electric generator using industrial gasis a reliable and economical source of electricity, especially relevant for enterprises and facilities that require uninterrupted power supply. They are distinguished by high performance, durability and environmental friendliness compared to diesel counterparts. In this article we will look at the key aspects of the selection and use of gas electric generators, as well as their advantages.

What is an electric generator using industrial gas?

Electric generator using industrial gas, also known as a gas piston generator, is a device that converts the chemical energy of a gas into electrical energy. Natural gas, liquefied petroleum gas (propane-butane) or biogas are used as fuel.

Operating principle of a gas electric generator

The operating principle is similar to an internal combustion engine. The gas mixes with air and ignites in the cylinders, driving the pistons, which, in turn, rotate the generator shaft. The generator converts mechanical rotational energy into electrical energy.

Advantages of using an electric generator using industrial gas

Usageelectric generator using industrial gashas a number of significant advantages over other types of generators:

• Economical:Gas is often a cheaper fuel than diesel or gasoline, reducing operating costs.
• Environmental friendliness:Gas generators produce less emissions of harmful substances into the atmosphere compared to diesel ones.
• Reliability:With proper maintenance, gas generators are highly reliable and durable.
• Low noise level:Gas generators are quieter than their diesel counterparts.
• Possibility of cogeneration:Gas generators can be used to produce electricity and heat simultaneously, increasing their efficiency.

Application areas of gas electric generators

Electric generators using industrial gasWidely used in various industries:

• Industry:Ensuring uninterrupted power supply to industrial enterprises, especially in conditions of unstable power grids.
• Commercial objects:Shopping centers, hospitals, office buildings.
• Housing and communal services:Providing electricity and heat to residential complexes.
• Agriculture:Farms, greenhouses, livestock complexes.
• Energy:Backup sources of electricity, cogeneration units.

How to choose an electric generator using industrial gas

When choosingelectric generator using industrial gasThe following factors must be taken into account:

Power

Determine the total power of all electricity consumers that will be connected to the generator. It is recommended to choose a generator with a power reserve of about 20-30%.

Gas type

Make sure the generator is compatible with the type of gas available (natural gas, LPG, biogas). Some models can operate on several types of gas.

Startup type

Gas generators can have manual or automatic start (AVR). Automatic start ensures that the generator is automatically turned on when the main power supply is disconnected.

Noise level

If the generator will be installed in a residential area, pay attention to the noise level. Some models are equipped with a noise-insulating casing.

Manufacturer and service support

Choose generators from well-known manufacturers with a good reputation and a developed service support network.

Technical characteristics and parameters

When choosing a generator, it is important to consider the following technical characteristics:

• Rated power (kW):The maximum power that the generator can produce over a long period of time.
• Maximum power (kW):The short-term power that a generator can produce to start electrical appliances with high inrush currents.
• Gas consumption (m3/hour):The amount of gas consumed by the generator at full load.
• Voltage (V):The voltage supplied by the generator (usually 230 V or 400 V).
• Frequency (Hz):AC frequency (usually 50 Hz).
• Generator type:Synchronous or asynchronous.
• Degree of protection:IP code indicating the degree of protection of the generator from dust and moisture.

Maintenance and operation of gas electric generators

To ensure reliable and durable performanceelectric generator using industrial gasRegular maintenance is required:

• Regularly check oil and coolant levels.
• Replace air and oil filters in accordance with manufacturer's recommendations.
• Checking and cleaning spark plugs.
• Check gas connections for leaks.
• Regularly check the operation of the generator under load.
• Contact qualified specialists for complex repairs and maintenance.

Examples of gas generator manufacturers

Present on the marketelectric generators using industrial gasfrom various manufacturers. Here are some examples:

• Yuke (Shandong) Electrical Technology Co.,Ltd (https://www.voyoko.ru/):Offers a wide range of gas generators of various capacities.
• Cummins:A well-known manufacturer of industrial generators, including gas ones.
• Generac:Popular brand of generators for home and business.
• Kohler:Manufacturer of generators with a wide range of power and functionality.

An example of calculating savings when using a gas electric generator

Let's say you have a business that consumes 100 kW of electricity per hour. The cost of electricity from the network is 5 rubles per kWh. The cost of natural gas is 8 rubles per cubic meter. The gas consumption of the generator is 0.3 m3 per 1 kWh.

Gas consumption per hour: 100 kW * 0.3 m3/kW = 30 m3

Gas cost per hour: 30 m3 * 8 rubles/m3 = 240 rubles.

Cost of electricity from the network per hour: 100 kW * 5 rubles/kW = 500 rubles.

Savings per hour: 500 rub. - 240 rub. = 260 rub.

*Data is provided as an example and may vary depending on specific conditions.

Conclusion

Electric generator using industrial gasis a profitable and effective solution for ensuring uninterrupted power supply to various facilities. The correct choice and regular maintenance of the generator will reduce energy costs and ensure reliable operation of the equipment.