Buildings and greenhouses consume vast amounts of energy natural resources for heating ventilation. It is still unclear how the synergetic effect combining buildings' forced waste airflows could improve both systems' efficiency. This study quantified recovery potential exchanging in a rooftop greenhouse (iRTG) integrated with an office building HVAC system Mediterranean climate. Using monitored...

As the electricity sector evolves, and as all energy types (thermal, electric, chemical, etc.) become more coupled, there has been increased interest to develop deploy hybrid systems (HES). This work focuses on fully integrated HES, where are multiple sources products, often coupled through a storage buffer. A significant amount of available literature this describes technology pathways for HES...

Implementing integrated electric-heat systems (IEHSs) with coupled power distribution networks and district heating is an essential means to solve current energy problems. However, prosumers multiple forms renewable sources natural uncertainties pose challenges the operation of IEHSs. This paper proposes a joint reserve dispatch model for IEHSs based on transactive energy, which coordinated com...

The energy interactions and uncertain factors of integrated systems (IES) have brought risks to the reliable supply. A large number states need be analyzed obtain a stable reliability value. However, different operating characteristics complicate optimal flow (OEF) model, which brings tremendous computational cost. To address that, deep-learning-based approach is proposed as an alternative way ...

Due to the necessity of using highly efficient power generation systems to reduce fuel consumption and air pollution, the integration of different energy systems is promising modification to achieve higher efficiency. In this paper, the integration of an Internal Reforming Solid Oxide Fuel Cell (IRSOFC)-Gas Turbine (GT)-Organic Rankine Cycle (ORC) system has been proposed. In this regard, therm...