Modelling of a Solar Thermal Power Plant for Benchmarking Blackbox Optimization Solvers

Biencinto et al (2014) proposed a dynamic model to compare two-tank and thermocline thermal storages. These authors point out the need for a smart control of the thermal

ability over time and in relation to soil pH, (b) to investigate the potential of two high yielding com- mon crop plants, Zea mays and Nicotiana tabacum, to remove Zn from

In fact, in order to be as close as possible to the industrial practice, where experts usually classifies the degradation state of a component into a small

Configuration of the cycle with regenerator and super heater recorded the best efficiencies for the seven pure fluids and for 21 mixtures; this is the best of the four

We have simulated the discharge sequence using our three dimensional fixed resistance models and then we have used the computed data for imposing the boundary conditions of the

4.4 Concentrated solar radiation, emissive power, receiver losses, refractive index, asymmetry factor and scattering albedo for an optimized SPR with a constant temperature profile (T

The signal to noise ratio is much more important for the vertical component (around 30 dB) than for the horizontal component (around 10 dB). This ratio could be improved by

This part is concerned with the control of an O-grid Stirling based solar micro power plant focusing on the control of the energy conversion system associated to the Stirling