NovaLT12 gas turbine Copy (Копировать)

High efficiency and minimal overall cost The NovaLT 12 gas turbine combines innovation, advanced technology and years of experience in gas turbine production.  This model is designed to minimise environmental impact, with a combustion system capable of reducing CO2 and NOx emissions to 15 ppm. The engine design uses adjustable nozzle guide vanes to achieve high efficiency at partial load.
  • Generator drive power12.5 MW
  • Mechanical drive power13 MW
Получить предложение

Technical specifications

NovalT 16 Unit of measurement Generator drive Mechanical drive
Power MW 12.5 13
Efficiency % 35.3 36.8
NOx ррm 15 15
Exhaust gas temperature °C 496 496
Speed rpm 8 900 8 900
Length-Width-Height m 14.3 x 2.5 x 6.4 7.2 x 2.5 x 3.5
Weight tonnes 113 37.9
Service intervals
Hot runner inspection (medium repairs) hours 35 000 35 000
Major repairs hours 70 000 70 000

EFFICIENCY AND FLEXIBILITY

37.4% mechanical drive efficiency; up to 84% efficiency for combined heat and power cycle. Flexible operation up to 50% of rated load; ideal for mechanical drive.

REDUCED COSTS

Extended service intervals (35,000 hours) result in lower operating costs, the auto-piping system eliminates the need for seasonal DLN combustion chamber adjustment and intermediate boroscopic inspections.

QUICK INSTALLATION AND COMMISSIONING

Modular design. Complete equipment checks carried out at the factory (with software). On-site support.

Areas of application:

  • Gas pipelines
  • Underground gas storage facilities
  • Generation
  • Industrial, Combined Heat and Power (CHP)
  • Single-fuel and dual-fuel operation modes

Questions remain?

Please fill out the form for a specialist to contact you






Žádost o předběžné vyřízení

Предварительный расчёт UA







Zjistěte, jak snížit náklady na elektřinu a teplo a zlepšit energetickou účinnost vašeho podniku

Nabízíme širokou škálu vysoce účinných plynových pístových motorů od 100 kW do 10 MW s možností uplatnění v různých oborech činnosti.

Vysoká celková účinnost (až 91 %)

Snížení nákladů na energii (< 40 %)

Snížení emisí CO2 (až o 40 %)