Solar-driven cogeneration systems integrating photovoltaic (PV) technology with waste-heat-driven interfacial evaporation offer a sustainable route to the simultaneous production of electricity and water vapor. However, salt accumulation in …
Accurate rooftop photovoltaic (PV) power estimation is important for energy-yield assessment, operational monitoring, and future photovoltaic fault-detection (PVFD) applications, but conventional approaches often require in-situ irradiance sensors or …
Rooftop photovoltaic (RPV) systems can increase local temperatures and reduce module efficiency due to high solar absorption, whereas photovoltaic-integrated green roofs (PVIGR) can mitigate these thermal effects through their vegetated layers. Given …
In-sensor computing integrates the separated sensing, memory, and computing functions of conventional artificial intelligence (AI) systems, enabling low-power and efficient intelligent systems. In this study, we report a self-powered, broadband (from …
This paper presents a high resolution microclimate monitoring dataset designed to explore rooftop microclimate responses to different rooftop configurations within a subtropical humid campus setting. The dataset comprises measurements from seven …
The inherent uncertainty of the weather system frequently causes solar ramp events, limiting the efficient integration of solar power into the grid. Although the use of multi-modal data sources with deep learning models has improved solar forecasting …
Accurate day-ahead solar irradiance forecasting is essential for photovoltaic integration, reserve scheduling, and energy storage operation. However, operational Numerical Weather Prediction (NWP) products are commonly available at hourly resolution, …
Solar-driven interfacial evaporation is widely considered a promising low-cost and sustainable technology for desalination; yet, persistent salt fouling on photothermal layers severely limits its long-term stability under high-salinity conditions. …
Probabilistic forecasting of regional surface solar irradiance provides critical technical support for the reliable operation and grid integration of large-scale and distributed photovoltaic power systems. However, stochastic fluctuations driven by …
Passive sky radiative cooling systems, which utilize the universe as a natural heat sink, offer promising low-carbon solutions for urban cooling. Surface downwelling longwave radiation (SDLR), originating from the atmosphere, significantly influences …