In this comparative study, the thermodynamic analysis of a trigeneration system driven by parabolic through solar collector based on two different types nanofluid is performed. A standard consists subsystems, including an absorption heat pump and organic Rankine cycle. Two nanoparticles (graphene ferrofluid) that possess excellent diverse physical properties within base fluid (Syltherm 800) wer...

The paper discusses the possibility of applying trigeneration energy concept (cogeneration + absorption cooling) on diesel-powered refrigerated ships, based systematic analyses variable loads during estimated life ship a predefined navigation route. From methodological point view, mathematical modeling predictable interactions with realistic environment yields corresponding models simultaneousl...

Like many other airports located around the world, Australia’s major have installed and are operating new green energy systems, such as, photovoltaic (PV) solar trigeneration systems. Using an instrumental case study research approach, this has examined how Brisbane Melbourne Airports mitigated their carbon footprint by using green, renewable The extensive use of these enabled both to reduce an...

Cogeneration and trigeneration plants are widely recognized as promising technologies for increasing energy efficiency in buildings. However, their overall potential is scarcely exploited, due to the difficulties in achieving economic viability and the risk of investment related to uncertainties in future energy loads and prices. Several stochastic optimization models have been proposed in the ...

According to the International Energy Agency's World Energy Outlook 2011, 60 per cent of the population in Africa, some 587 million people, mostly in sub-Saharan Africa, lacked access to electricity in 2009. We developed a 6.5 kWe micro-trigeneration prototype, on the basis of internal combustion engine with pure Croton megalocarpus oil (CMO) fuelling, which configures a distributed energy syst...