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1- 30 MWe gas turbines (especially in CHP mode) will likely continue to have the majority market share in mid-sized and large industrial sites with electricity and high temperature steam / heat needs. However, gas engines (100 kWe – 20 MWe) are increasingly stealing market share across a variety of other end-use sectors.
Figure 1: Gas engines vs. gas turbines in stationary power applications
The diagram below highlights the gradual shifts towards gas engines that are likely to happen by 2020-2025.
Below, Delta-ee discusses some of the key battle-grounds between gas engines and gas turbines that we are witnessing today, and how we expect this to unfold over the next 5 to 10 years.
Battle-Ground #1: District Heating with CHP (> 25 MWe)
Battle-Ground #2: Large Commercial Buildings / Campuses
Battle-Ground #3: Peaking Power Plants
To have a discussion about our research on market sweet spots for each product or size range, feel free to contact Delta-ee’s Distributed Power and CHP team – firstname.lastname@example.org.
Dina supports the management of Delta-ee's Research Services and leads a range of high value consultancy assignments focusing on B2B knowledge areas. Her core areas of expertise include distributed power, energy services, technology deployment forecasting, HVAC and smart building systems, as well as strategic and competitor analysis. She is also the Manager of Delta-ee's Distributed Power Service. Prior to working with Delta-ee, she was a part-time research assistant at the Scottish Rural University College.
Dina holds an MSc (Distinction) in Ecological Economics and an MA (First Class Hons) in Economics and Sociology from the University of Edinburgh.
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