Solar Energy

Transfer Dynamics of Photo-Generated Carriers in Catalysis

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Transfer Dynamics of Photo-Generated Carriers in Catalysis

First Author: Jun Wang Corresponding Authors:Central South University, Liu Min,Munich University, Emiliano Cortes DOI:https://doi.org/10.1039/D5CS00512D Semiconductor-based light-assisted catalytic reactions, utilizing solar energy for chemical fuel production and pollutant treatment, largely depend on the separation and migration of carriers. Despite significant efforts to enhance carrier separation, the understanding of carrier transfer dynamics remains limited, hindering large-scale applications. … Read more

Overview of Transfer Dynamics of Photo-generated Carriers in Catalysis from Central South University Chem. Soc. Rev.

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Overview of Transfer Dynamics of Photo-generated Carriers in Catalysis from Central South University Chem. Soc. Rev.

Full Text Overview — Semiconductor-based light-assisted catalytic reactions that utilize solar energy for chemical fuel production and pollutant treatment heavily rely on the separation and migration of carriers. Despite extensive efforts to enhance carrier separation, the understanding of carrier transfer dynamics remains limited, hindering large-scale applications. This article systematically studies the characteristics of carrier transfer … Read more

Photovoltaic Power Generation Question Bank (Multiple Choice Questions 51-100)

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Photovoltaic Power Generation Question Bank (Multiple Choice Questions 51-100)

Multiple Choice Questions 51-100 51.When operating under conditions without shadow obstruction, with solar irradiance of( ) or above, and wind speed not exceeding( ), the temperature difference on the surface of the same photovoltaic module (the area directly above the cells) should be less than( ). Photovoltaic power plants with a capacity greater than 50 … Read more

Dazhe Photovoltaics Successfully Fabricates 1m×2m Perovskite Module!

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Dazhe Photovoltaics Successfully Fabricates 1m×2m Perovskite Module!

On April 27, 2025, Dazhe Photovoltaics announced that its R&D teamsuccessfully fabricated a large-area perovskite thin film measuring 1×2 m. Dazhe Photovoltaics has overcome the challenges of large-area perovskite thin film preparation through its self-developed vapor-assisted crystallization control technology, dynamic gradient film formation process, and cross-scale defect regulation technology, successfully producing high-quality thin films at … Read more

How to Achieve Low Power Design with S7-1200? Battery Power and Solar Energy Application Solutions

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How to Achieve Low Power Design with S7-1200? Battery Power and Solar Energy Application Solutions

Industrial automation equipment is usually not associated with “low power consumption”; however, in special scenarios such as remote monitoring stations and mobile devices, enabling the S7-1200 to enter “energy-saving mode” becomes necessary. This is akin to modifying a family sedan into an off-road vehicle, requiring a series of professional modifications, but it is absolutely feasible. … Read more

First Low-Carbon Eco-Friendly E-Paper Display Bus Stops Debut in Yangzhou Economic Development Zone

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First Low-Carbon Eco-Friendly E-Paper Display Bus Stops Debut in Yangzhou Economic Development Zone

With a clear black text on a white background, real-time updates on bus arrival times, and a solar photovoltaic panel on top continuously generating clean energy… Recently, citizens waiting at the bus stops “Yangzhou Zhigu East” and “Traffic Police Brigade” on Yangtze River Road were pleasantly surprised to find that the electronic displays at these … Read more

Top 10 Renewable Energy Trends and Innovations for 2025

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Top 10 Renewable Energy Trends and Innovations for 2025

Introduction By 2025, the landscape of renewable energy will continue to evolve, with innovations enhancing efficiency, scalability, and reliability. Renewable energy storage is advancing to address intermittency issues, while AI integration is optimizing grid management and energy forecasting. Additionally, trends such as expanding solar production and scaling wind energy systems are helping to transition towards … Read more

The Smartwatch That Never Needs Charging: It Really Does

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The Smartwatch That Never Needs Charging: It Really Does

With the advancement of technology, the number of smart products in everyone’s hands has been increasing. From smartphones, tablets to fitness bands and smartwatches, the intelligence of each device means they often require charging. However, some companies are keen on innovation, such as Matrix Industries, which has developed the completely rechargeable-free smartwatch, the Matrix Power … Read more

Design of Solar Rainwater Irrigation Flower System Based on Zigbee

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Design of Solar Rainwater Irrigation Flower System Based on Zigbee

DOI: 10.3969/j.issn.1009-9492.2019.11.005 Huang Ganghua, Du Jiang, Yang Tao, et al. Design of Solar Rainwater Irrigation Flower System Based on Zigbee [J]. 2019, 48(11): 13-15. Funding Project: 2018 Beihua University Provincial Innovation Project (No: 201811923108) Design of Solar Rainwater Irrigation Flower System Based on Zigbee Huang Ganghua, Du Jiang, Yang Tao, Gao Song※, Guo Jinxin, Liu … Read more

LoRa-Based Termite Online Monitoring System

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LoRa-Based Termite Online Monitoring System

LoRa-Based Termite Online Monitoring System School: Qingdao Innovation School, Shandong Province Author: Sun Binhang Termites are highly destructive social insects that primarily feed on wood fibers, damaging buildings, destroying reservoir embankments, and eroding forest resources. Traditional termite control methods involve burying bait wood in suspected areas and manually excavating for inspection at scheduled intervals. When … Read more