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Comparing the efficiency and flexibility of gas turbines and gas engines in CHP
Discover differences between gas turbines and gas engines in combined heat and power applications (CHP) and find out which is is the ideal solution for your needs. The study compares MAN gas turbines and gas engines of the same output class in three different CHP processes involving steam and hot water generation. It describes how power-to-heat ratios and steam parameters affect the overall fuel utilization and therefore the profitability.
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Hybrid powerpdf, 10425 KBThis paper presents two use cases for hybrid power systems based on real project data. Both use cases show that hybridization supports reliable and cost-effective power generation. In many cases, hybridization is the only commercially viable way to maximize RES penetration, while ensuring security of supply.
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Gas turbine vs. gas enginepdf, 2142 KBComparing the efficiency and flexibility of MAN gas turbines and gas engines of the same output class in three different combined heat and power (CHP) processes involving steam and hot water generation. See how power-to-heat ratios and steam parameters affect the overall fuel utilization and therefore the profitability.