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Energy and power plant technology, quickly controllable power plants

Europe's most modern gas engine heating power plant with combined heat and power generation


August 2018
“First Fire” – A milestone in the construction of the K.I.E.L. coastal power plant: For the first time, a Jenbacher J920 FleXtra gas engine from GE will be required in the K.I.E.L coastal power plant at nominal speed. Learn here how a “First Fire” works.

As general contractor, Kraftanlagen München erected a state-of-the-art gas engine heating power plant with combined heat and power generation at the Kiel Fjord.

The location at the Baltic Sea requires extremely flexible technology: Due to the high share of wind power in the grid, the power plant has to be able to feed its entire output into the local grid in a very short period of time in order to balance the fluctuations of the power generated from wind and solar energy.

The power plant can be ramped up from zero to 190 MW within just five minutes – a feat made possible by 20 gas engines that can each be individually controlled. The plant also supplies up to 190 MW of district heating: It is either fed into the public district heating network of the city of Kiel or, if the heat network has low demand, it is stored temporarily in a storage module and available later. In that way, power and heat generation can be decoupled at different times. That allows the power to be generated when it is needed in the grid.  

Fact sheet

Customer
Stadtwerke Kiel

Order parameters
Gas engine heating power plant with 20 gas engines and combined heat and power generation

Total capacity
190 MW electric, 192 MW thermal

Overall efficiency
more than 90 %

Envisaged construction period
Autumn 2015 to November 2018


March 7th, 2018:

All 20 Jenbacher J920 FleXtra gas engines have arrived at the coastal power plant K.I.E.L. Representatives of Stadtwerke Kiel, Kraftanlagen München and GE are unveiling one of the 20 Jenbacher J920 FleXtra gas engines at the new K.I.E.L. coastal power plant.

Alfons Weber, head of the Energy and power plant technology segment

"The power plant is exemplary. Due to its controllability, it provides an answer to the challenges posed by the energy transition and, due to the high effectiveness of its combined heat and power generation, it is also part of the heat transition."

Thanks to its modular design, the power plant cannot only optimally compensate grid fluctuations but also supply the power for sale on the balancing energy market. If there is too much power in the grid, the power plant will store the excess electrical energy as heat. In times of fluctuating power generation and the current lack of power storage capacities, this power-to-heat technology is a flexible and necessary solution.

The power plant project, which is the only one of its kind in Europe, is future-oriented and exemplary for the successful implementation of the energy transition by using highly efficient combined heat and power generation.

 

 

 

The schedule for the Kiel gas-fired heating power plant


from autumn 2015

Erection of the pump hall and connection of the thermal storage and the electrode boiler to the district heating grid

 

until autumn 2016

Engineering of the entire plant

 

autumn 2016

Phase 2 of the assignment: Erection of the gas-fired heating power plant with 20 gas engines

 

3rd  quarter 2018

Completion of the entire plant

Your contact person

Richard Fürbeck


Ridlerstrasse 31c
80339 Munich

+49 89 6237-371

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