Electricity Generation

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Electricity Generation

Gas generators have long generated electricity efficiently and reliably. Technology has kept gas engines like Jenbacher engines at the top of the market.

Jenbacher gas engines convert gas energy into electrical power, making them vital to electricity production. These engines are reliable and can handle tough gases. They generate electricity when linked to a generator. Four-pole generators provide power at 50Hz or 60Hz to match the mains at 1,500 revolutions per minute. Gas engines provide flexibility and efficiency in power generation, from stable base-load to electrical peaking facilities.

Advantages of high-efficiency electrical power generation:

Fuel Savings:

Lower-efficiency electrical power generation systems use more fuel to create the same amount of electricity. Fuel use decreases, saving money and fossil fuels.

Low Emissions:

High-efficiency power generation reduces emissions per kWh. These systems reduce pollution and greenhouse gas emissions by maximizing conversion.

Save money:

Electricity generated efficiently costs less per kilowatt hour. High-efficiency systems save money over time due to lower fuel use.

Energy security:

High-efficiency power generation improves energy security by reducing fuel dependence. Maximizing fuel output reduces imports by meeting more energy needs domestically.

Two basic power production electrical generators

1. Stable Base Load Generation

Stable Base Load Generation: When natural gas, landfill gas, or coal gas is available, base-load generation is used. Jenbacher gas engines are known for their reliability, especially with difficult gases. When heating and cooling are not needed, electricity is created. Power can be exported to the grid or consumed locally.

2. Electricity Peaking Stations

Peaking stations, often called peak-lopping plants, balance the energy grid’s shifting power demands. These stations are normally in standby and triggered when power demand peaks. Gas engines start quickly to satisfy demand when signaled. They’re shut off as demand drops. Gas engines efficiently manage variable electricity demands due to their flexibility and durability.

Standby Power Solutions

Electricity-generating gas engines also provide backup power. Gas engines are greener than diesel engines. Gas-powered standby generators can swiftly supply electricity in emergencies. When the main power source fails, they may easily take up the electrical load, ensuring crucial activities. Gas engines as standby power solutions minimize pollutants, operational expenses, and diesel use. These engines are perfect for clean and efficient backup power systems.

Electricity Generation