Perkins 4006-E23TRS4 was unveiled at Key Energy in Rimini in a new calibration. The six cylinders version belongs to a power range between 300 an 400 electric kilowatt, the oil consumption is 0.1 g/kWh. Perkins updates the 4000 gas series introducing the 22.9 liters, 423 kW hexacylinder manufactured in Stafford (Uk). We met Paolo Pedrotti and Thomas Stuber, Application engineer and Sales manager gas engines of Bu Power.

Perkins 4006 in few answers

How would you describe the 4006 in a nutshell?

Perkins 4000 Series gas engines cover the range from 322 to 1042 kWm or approx. 300 to 1000 kWe, depending on generator efficiency. The new 4006-E23TRS3 and TRS4 cover 300 and 400 kWe. Perkins 4006 have been designed specifically for cogeneration applications with a class leading mechanical efficiency of up to 42.5% and a 2-stage charge cooler. It is based on the very successful TESI and current TRS technology which has been around for more than 20 years now. Electronically controlled ignition system with single cylinder ignition coils. The cooling system requires 3-Way-Valve operation.

Other structural improvements?

The latest generation turbochargers bypass system, graphite piston jackets, improved flow geometry of the exhaust manifold to improve mechanical efficiency, two-stage cooling for maximum heat recovery and better design of spark plugs and wiring.

Engineering improvements

Are manifold and electronics the same as the other units of 4000 series?

The exhaust manifold features a ‘splitted’ design that improves gas flow. Electronics includes a Lecm Woodward full authority management system managing all engine related processes, e.g. speed and AFR control, ignition, misfire detection and knock protection.

Filtration and cooling solutions?

The updated Powercore filter and two-stage cooling for improved thermal efficiency.

Power density?

Engines still show a relatively moderate mep, up to 14.8 bar, while getting excellent results in terms of performance. Low mep guarantees great margins. We also expect excellent maintenance intervals.

And what about oil consumption?

This motor has shown during tests low oil consumption, at the top of its range, about 0.1 g/kWhr (27% improvement in oil consumption compared to current engine).

Possible applications in smart grids and data centers?

Regarding the first one, it depends on economic parameters such as fuel price, taxes and expected operating hours, but we are witnessing many projects based on gas, for example in the UK under the UK Capacity Mechanism. Speaking of data centers, however, they are generally not supported by gas engines, even if there are some trigeneration projects with absorption chillers in order to reduce environmental impact. These engines are often used also for back-up purposes.


Related articles

Sweco to build Helsinki’s first green hydrogen production plant

Finnish energy company Helen has selected Sweco as EPCM partner in the implementation of its first production plant for green hydrogen. Production of hydrogen is set to start in 2026, with the aim of supplying the heavy-duty transport sector. The excess heat from production will be utilised in Helen...

Deutz acquires Blue Star Power Systems 

Deutz signed an agreement to acquire 100 percent of the shares in Blue Star Power Systems. The company, based in North Mankato, Minnesota (USA), develops, produces and sells generator sets (gensets) and is one of the leading manufacturers in the US market.