In this series of two articles, the concepts and approaches of environomic (thermodynamic, economic and environmental) performance 'Typification' of power generation technologies (Part I) and of combined heat and power (CHP) cogeneration technologies (Part II) in the context of CO2 abatement are introduced.
Reference [33] conducted research and design on the wave energy offshore test platform and proposed a semi-submersible platform according to the key performance parameters such as stability, movement performance and size of power generation device.
A combined heat and power (CHP) system using the maximum waste heat recovery and Rankine cycle is illustrated to assess performance in terms of power generation and CO2 utilization.
This is the second of a series of two articles, dealing with a new approach of environomic (thermodynamic, economic and environmental) performance 'Typification' and optimization of power generation technologies.
The superiority of temperature uniformity in the improvement of power generation performance for the thermoelectric power system using heat pipe is demonstrated.
Such extended research methodology, which emphasizes on the promotion of power generation performance, does not provide a reasonable design result, because of a significant application difference between the ORC-based solar-CCHP and solar-ORC.
Those systems "have met or slightly exceeded our expectations in terms of power generation performance and return on investment," says Craig Peal, assistant vice-president of energy and building controls, and Costco is in the process of doubling its initial solar-powered locations.
Polarization curve helps to understand the performance of MFC in terms of power generation.
Such an optimization led to the creation of a flow structure that promotes an improved performance from the point of view of power generation, uniformity of current density, and low pumping power.
