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  • Solar Energy Applications in Greenhouses

    Solar Energy Applications in Greenhouses

    Greenhouse production heavily relies on energy, especially for regulating indoor microclimates. With the rising cost and scarcity of traditional energy sources like coal and oil, coupled with increasing environmental pressures, the integration of renewable energy into gr...
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  • Agro-PV Synergy: The Green Integration of Modern Agriculture and Solar Power

    Agro-PV Synergy: The Green Integration of Modern Agriculture and Solar Power

    In the context of global sustainable development, combining agriculture with renewable energy has become an important pathway to drive green growth. The agro-PV synergy model, which involves installing photovoltaic (PV) panels above agricultural land, maximizes the three...
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  • Are Larger Solar Modules Always More Efficient?

    Are Larger Solar Modules Always More Efficient?

    Contrary to common belief, increasing the size of solar modules doesn’t automatically lead to higher efficiency. The efficiency of a solar module is influenced by multiple factors, making module size a decision that requires careful consideration. Here are the main point...
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  • Development Trends of Solar PV Mounting Structures and Accessories

    Development Trends of Solar PV Mounting Structures and Accessories

    With the global focus on renewable energy and ongoing advancements in technology, solar PV mounting structures and accessories, as critical components of solar power stations, are undergoing unprecedented changes. This article explores six key trends in the development o...
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  • Do You Know How Rooftop Photovoltaic (PV) Systems Work?

    Do You Know How Rooftop Photovoltaic (PV) Systems Work?

    As global energy demand continues to rise and environmental awareness grows, solar energy, a clean and renewable resource, is receiving increasing attention. Rooftop photovoltaic (PV) systems, an effective method of utilizing solar energy, have been widely adopted in man...
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  • Exhibition News|LESSO Group at ExpoSolar Colombia

    Exhibition News|LESSO Group at ExpoSolar Colombia

    ExpoSolar Colombia is Latin America’s leading annual solar industry event, attracting clean energy enterprises, technology experts, and industry leaders from around the globe. Held at Plaza Mayor in Medellín, Colombia, the exhibition focuses on advancements in solar powe...
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  • Analysis of Common Solar Power Project Development Models: Seven Types with Pros and Cons

    Analysis of Common Solar Power Project Development Models: Seven Types with Pros and Cons

    1. EPC Model (Engineering, Procurement, and Construction) In this model, an engineering company is responsible for all project phases, including design, procurement, and construction, often under a fixed-price contract. Pros: The owner can dele...
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  • How to Select Distributed Solar PV Modules

    How to Select Distributed Solar PV Modules

    Under the goals of "dual carbon" (carbon peaking and neutrality) and strong government support, China's solar installations, both centralized and distributed, continue to see substantial growth. Given that solar modules are expected to operate reliably for 20-25 years, q...
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  • Moving Forward Together for Collaborative Growth | LESSO Solar and Germany’s Gelpag Group Enter New Zealand Market

    Moving Forward Together for Collaborative Growth | LESSO Solar and Germany’s Gelpag Group Enter New Zealand Market

    Recently, Germany's Gelpag Group visited LESSO Solar for an inspiring collaboration initiative. This visit primarily aimed at exploring the LESSO Solar Exhibition Hall, where Gelpag representatives were deeply impressed by the diverse product displays and cutting-edge te...
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  • Detailed Explanation of Core Processes in TOPCon Solar Cell Technology

    Detailed Explanation of Core Processes in TOPCon Solar Cell Technology

    1. SE Laser Doping Process Purpose: The Selective Emitter (SE) laser doping process enhances the emitter layer on an N-type TOPCon cell to reduce contact resistance and improve conversion efficiency. Mechanism: Laser energy melts the silicon surface, enabling boron (B) a...
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  • Analysis of Recombination Mechanisms in Solar Cells

    Analysis of Recombination Mechanisms in Solar Cells

    The efficiency of solar cells is reduced when electron-hole pairs recombine before they can be effectively utilized. When the semiconductor absorbs light at the appropriate wavelength, electron-hole pairs are generated. Under illumination, the carrier concentration in th...
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  • Introduction to Solar Cell Materials and Semiconductor Materials

    Introduction to Solar Cell Materials and Semiconductor Materials

    Solar power generation, as a leading clean energy solution, has garnered significant attention from the industry. If you're interested, let’s dive into the structure of solar cells and the related photovoltaic materials. Solar power generation, often referred to as solar...
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