Spontaneous droplet jumping on micro‐/nano‐structured superhydrophobic surfaces has
been exploited as an efficient means for enhancing steam condensation heat transfer …

The utilization of renewable biomass and the conversion of renewable energy are promising
strategies for providing clean energy and meeting energy needs. In this work, a ternary …

Thermal power plants are forced to operate under frequent load changes in energy systems
with increased share of solar and wind power plants. These load changes increase thermal …

High-temperature organic Rankine cycle (ORC) systems have the potential to improve the
heat-to-power conversion efficiency and expand the temperature range for heat recovery …

Conventional heat batteries and concentrated solar power systems adopt subcritical steam
Rankine cycles (SRCs) to avoid the technical challenges of supercritical cycles. The water …

To cope effectively with the world's energy shortage and environmental pollution, a fuel cell
combined with waste heat recovery technology has gradually become the best option for …

This study aims to build a dynamic model of a direct steam generation (DSG) solar power
system coupled with a steam accumulator to meet electricity demands for a hospital under …

A unique direct thermal oil vaporization solar power system employing cascade organic-
steam Rankine cycle is proposed. The oil is a mixture of biphenyl and diphenyl oxide, and it …

Direct steam generation (DSG) solar power systems have the potential to improve heat
collection performance and reduce capital cost. One challenge of the DSG solar thermal …

Direct steam generation (DSG) solar power systems eliminate synthetic oils and molten salts
in the solar field and enable efficient heat collection. Commercial DSG solar plants usually …