Electricity from gas-powered generators

Continual investment in research and development positions MWM gas engines as frontrunners in the gas engine sector. These engines excel in efficiently converting gas energy into practical electrical power. If there's a demand for local heat usage, the alternative combined heat and power setup could present a more advantageous engine configuration.

Benefits of High Efficiency Electrical Power

High efficiency means:

• Reduced levels of fuel consumption

• Reduced emissions

• Reduced operational costs for each kilowatt hour generated

Electricity Production

The MWM gas engine is linked to an electrical generator via a drive coupling, creating electricity usually in the form of a genset. This generator is connected to an electrical circuit breaker, facilitating its integration into the site's electrical network. This circuit breaker serves to synchronize the generator with the main power grid if it's operating in parallel with the grid supply. The engine maintains a steady 1,500 revolutions per minute, regardless of the load. The generator features 4 poles which, at 1,500 revolutions per minute, operate at 50Hz to align with the mains' frequency.

Types of Electrical Generator

Electrical generation plants come in two main forms:

• Stable base load (continuous) generation

• Electricity peaking

Base-load electricity generation is advantageous when a consistent fuel supply, like natural gas, landfill gas, or coal gas, is available to fuel the generators. MWM/ Wagna gas engines have earned a reputation for their field reliability, even in the presence of challenging gases. Electricity generation alone is typically chosen when there's no immediate requirement for heating and cooling. The generated power can either be fed into the local electricity grid or utilized in island mode to power nearby facilities.

Electricity peaking stations, also known as peak-lopping plants, are specialized power facilities engineered to assist in stabilizing the variable power needs of the electrical grid. These stations generally remain on standby, only activating their gas engines when there's a surge in demand for power from the grid. Thanks to their adaptability and durability, they can swiftly address shifting demands, offering a prompt response. Subsequently, they are deactivated when demand subsides. To gain further insights into electricity generation using gas engines, kindly reach out to your local Clarke Energy office.

Backup Power or Standby Diesel Engine Alternative. Gas-powered electricity generation can serve as a cleaner and more environmentally-friendly standby power solution compared to diesel engines.