For sustainable and resilient energy future, cost-efficient renewable energy technologies are
critical. In this regard, hybridization of concentrated solar power with biomass is one of the …

Solar energy has recently attracted the attention of both industry and academia, to be used
as a source of clean energy for green production of various products such as food-related …

In the present work, an innovative power generation system based on solar and biomass
energy resources is proposed. Energy and exergy methods are applied to analyze and …

The investment in solar thermal power technologies has become increasingly attractive,
despite their still perceived high costs. Algeria presented an ambitious plan for increasing …

According to existing literature, there are no conclusive results on the impact of stirring on
hydrothermal carbonization (HTC); some studies report a significant impact on the product's …

The rapid growth in global energy demand in recent years has made global leaders think
more about sustainability in the energy sector. Waste-to-energy (WTE) and solar energy are …

This study aims to assess the deployment potential of hybrid concentrated solar biomass
(HCSB) plants for dispatchable renewable electricity generation in New South Wales (NSW) …

The aim of this study is to propose a fuzzy logic-geographic information systems (GIS) based
spatial model within the context of hybrid renewable energy, rural areas, and spatial …

Solar thermal and biomass hybridization combine two energy sources that complement one
another seasonally and diurnally, overcoming their respective disadvantages. In the current …

Energy plants based on renewable energy sources can be combined according to the type
of energy source (hydro, solar, wind with or without hydro storage). Currently, not enough …