Distributed Power and Heat Generation (CHP / CCHP)
Microturbines are compact gas turbines, typically ranging in output from 1 kW to 500 kW. They generate electricity by continuously burning gaseous or liquid fuels to drive a high-speed turbogenerator. As distributed-generation systems, they can supply power—and, when configured for combined heat and power, useful heat—close to the point of consumption.
Key Advantages of Microturbines
– High overall energy efficiency: Recuperated-cycle designs use exhaust heat to preheat incoming air. When combined with heat recovery in a CHP system, overall efficiency can exceed 85%, depending on the system design and operating conditions.
– Compact, single-shaft design: In many configurations, the compressor, turbine and generator share one shaft. This reduces the number of moving parts and eliminates the need for a gearbox.
– Low maintenance requirements: Fewer mechanical components can mean reduced wear and less frequent maintenance compared with reciprocating-engine systems.
– Low emissions: Continuous combustion can help reduce emissions such as nitrogen oxides (NOx) and carbon monoxide (CO). Actual emissions depend on the fuel, design and operating conditions.
– Fuel flexibility: Microturbines can be designed to operate on fuels such as natural gas, diesel, biogas and certain associated gases, subject to fuel quality and system requirements.
– On-site power generation: Their compact, modular design makes them suitable for industrial facilities, remote sites and applications where local power generation is beneficial.
Aria Tavan Fartak’s Capabilities
Drawing on its experience in industrial gas turbine manufacturing, overhaul and repair, Aria Tavan Fartak Holding aims to support the development and localization of microturbine technology through its engineering and manufacturing capabilities, including:
1. Precision machining and component manufacturing: Manufacturing high-precision parts such as compressor impellers, turbine wheels and other critical rotating components.
2. Welding, coatings and heat treatment: Applying suitable manufacturing and surface-treatment processes to components exposed to demanding operating conditions.
3. Assembly and rotor balancing: Supporting turbine assembly and precision balancing to help achieve reliable operation.
4. Control and power-conversion systems: Engineering support for control, protection and power-electronics systems that convert high-frequency generator output into stable electrical power compatible with the application.
5. Application-specific packages: Developing solutions tailored to the fuel, site conditions and power requirements of industrial, oil and gas, and remote-site applications.
6. Overhaul and lifecycle support: Providing technical services, maintenance and support for microturbine systems throughout their operating life. Aria Tavan Fartak Holding is committed to developing practical, application-specific microturbine solutions by combining engineering expertise with industrial manufacturing capabilities. Contact our team to discuss your project requirements and technical needs.
