for low output power applications such as domestic CHP, the inverted
Brayton cycle might be preferred. Another overall advantage of the inverted cycle for domestic CHP is
safety. It would not require pressurizing the present domestic gas supply. Furthermore, if a leak occurred
in the unit, air would be drawn into the system, rather than fumes being exhausted into the house. The
feasibility of the inverted cycle for domestic use was analyzed to evaluate cycle efficiencies at low output
powers. This showed that for an output power of 1 kW an efficiency of 25% was possible by recirculating
the exhaust gases back into the system. Clearly, much work is needed before the suitability of the inverted
cycle gas turbine for domestic CHP can be established, including the construction of safe and reliable
demonstration model.
for low output power applications such as domestic CHP, the inverted
Brayton cycle might be preferred. Another overall advantage of the inverted cycle for domestic CHP is
safety. It would not require pressurizing the present domestic gas supply. Furthermore, if a leak occurred
in the unit, air would be drawn into the system, rather than fumes being exhausted into the house. The
feasibility of the inverted cycle for domestic use was analyzed to evaluate cycle efficiencies at low output
powers. This showed that for an output power of 1 kW an efficiency of 25% was possible by recirculating
the exhaust gases back into the system. Clearly, much work is needed before the suitability of the inverted
cycle gas turbine for domestic CHP can be established, including the construction of safe and reliable
demonstration model.
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