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  • Air-Cooled vs. Liquid-Cooled Energy Storage Systems
    Air-Cooled vs. Liquid-Cooled Energy Storage Systems
    Sep 14, 2026
    In the implementation of photovoltaic energy storage, industrial and commercial energy storage, and grid energy storage projects, the temperature control method of the energy storage system is a core factor determining equipment safety, lifespan, operation and maintenance costs, and project returns. Currently, the mainstream energy storage temperature control solutions on the market are divided into two types: air-cooled and liquid-cooled. These two differ significantly in heat dissipation efficiency, environmental adaptability, cost, and operation and maintenance difficulty. Many contractors, project investors, and foreign trade purchasers easily struggle with the choice of solution. This article will comprehensively break down the core differences between the two solutions and provide...
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  • Major Policy and Market Changes in the Photovoltaic Industry in 2026
    Major Policy and Market Changes in the Photovoltaic Industry in 2026
    Sep 07, 2026
    Saying Goodbye to Involution and Entering a New Stage of High-Quality Value Development 2026 marks a crucial turning point for the transformation and upgrading of China's solar photovoltaic (PV) industry. The implementation of multiple significant policies, coupled with a profound restructuring of the industry landscape, has completely rewritten the development logic of the PV industry. The export tax rebate policy was officially eliminated, national PV installed capacity historically surpassed coal-fired power, and multiple national departments continued to combat involution. The PV industry is fully transitioning to a new stage of high-quality development. I. Three Major Changes in the Photovoltaic Industry 1. Export Tax Rebates Eliminated Effective April 1st, 2026, the export...
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  • The Future of Global Energy
    The Future of Global Energy
    Aug 31, 2026
    PV + Storage Empowering the 2026 low-carbon transformation with cost-effective, stable, and reliable green energy solutions. Break free from grid dependence today. Transforming the Global Grid Traditional electricity consumption patterns are struggling to meet modern demands. With rising energy costs, aging infrastructure resulting in frequent outages, and increasingly stringent low-carbon regulations worldwide, combining photovoltaic (PV) power generation with energy storage is no longer a niche environmental choice. It has become the mainstream standard for facilities globally. Why Distributed Photovoltaic (PV)? Zero Land Footprint Utilize idle spaces like factory rooftops, commercial buildings, and parking sheds. Modules also form a natural insulation layer, reducing summer co...
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  • Key Considerations for Selecting Solar Floodlights and Solar Streetlights
    Key Considerations for Selecting Solar Floodlights and Solar Streetlights
    Aug 24, 2026
    How to Understand Power, Lumens, and Photovoltaic Panel Configuration? Solar floodlights and solar streetlights are widely used in home courtyards, factory areas, rural roads, parking lots, construction sites, park lighting, and municipal lighting projects due to their advantages such as no wiring required, zero electricity costs, easy installation, and suitability for outdoor off-grid scenarios. However, product parameters on the market vary greatly, and false advertising is rampant. Many users only look at the wattage when purchasing, ultimately resulting in problems such as insufficient brightness, short battery life, failure to light on cloudy days, and frequent shutdowns in winter. To select high-performance, stable, and durable solar lights, the core focus should be on three key i...
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  • Solar Panel Science
    Solar Panel Science
    Aug 17, 2026
     A Comprehensive Analysis of Principles, Classifications, Selection, and Usage With the popularization of green energy-saving concepts and the continuous maturation of photovoltaic technology, solar panels have moved from industrial engineering scenarios into countless homes. Whether it's powering the rooftops of self-built houses in rural areas, powering the entire house of a villa, or powering outdoor camping and monitoring equipment, solar panels can play a vital role due to their clean, energy-saving, and long-lasting advantages. However, many ordinary users still have a limited understanding of solar panels, unclear about their power generation principles, the differences between different panel types, and tips for selecting solar panels for home use. This article provides...
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  • In-depth Analysis of New Energy
    In-depth Analysis of New Energy
    Aug 10, 2026
    In-depth Analysis of New Energy Raw Material, Production Cost, and Market Price Trends in 2026 Against the backdrop of accelerated global energy structure transformation and surging overseas demand for energy self-sufficiency, photovoltaic, energy storage, and lithium battery new energy products have become essential components in overseas markets such as Europe, America, Southeast Asia, the Middle East, and Africa. Unlike the domestic policy-driven market, overseas new energy procurement places greater emphasis on global raw material prices, export pricing stability, overseas implementation costs, and long-term supply cost-effectiveness. In 2026, the global supply and demand pattern of new energy raw materials will continue to be restructured, completely abandoning the previous yea...
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  • Will Rooftop Solar PV Affect My House?
    Will Rooftop Solar PV Affect My House?
    Aug 03, 2026
     Comprehensive Answers on Waterproofing, Load-Bearing Capacity, and Potential Hazards Many families and self-built homeowners want to install rooftop solar power, but they are always concerned about one core issue: Will rooftop solar PV damage my house? Will it leak, collapse the roof, or pose safety hazards? As a mainstream installation scenario for distributed solar PV, rooftop solar PV, as long as it is designed correctly, constructed according to standards, and undergoes compliant acceptance, will generally not have a negative impact on the house. On the contrary, it can protect the roof and provide insulation and cooling. However, if unprofessional construction, illegal installation, or blind installation on old houses occurs, various problems will arise. This article addresse...
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  • Why is energy storage the core of new energy?
    Why is energy storage the core of new energy?
    Jul 27, 2026
    Battery   With the large-scale popularization of wind and solar power, new energy has become the main force in the global energy transition. However, wind and solar power generation is inherently dependent on the weather; solar power generates a lot during the day and stops at night, generating when there is wind and shutting down when there is no wind, resulting in highly intermittent and fluctuating output. Relying solely on solar and wind turbines cannot directly build a stable and reliable energy system. Energy storage is no longer a supporting accessory to new energy, but rather the core hub of the entire new energy system, the ballast stone of the new power system. Many people simply understand energy storage as a "battery for storing electricity," but the true value of e...
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  • Product Parameter Interpretation
    Product Parameter Interpretation
    Jul 20, 2026
    Understanding Photovoltaic Energy Storage Specifications Many users, contractors, and overseas buyers receive product specification sheets from manufacturers when purchasing photovoltaic inverters, energy storage batteries, or complete photovoltaic-energy storage systems. The dense technical parameters, English and Chinese terminology, and complex numerical standards can leave most people bewildered. Many only look at surface figures like power and capacity, neglecting the core details behind the parameters, ultimately resulting in misleading products, equipment incompatible with the application scenario, and incompatibility with the local grid, leading to wasted costs and frequent equipment failures. Even with the same 10kW photovoltaic-energy storage system and 200Ah energy storage bat...
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  • How Can Solar PV + Energy Storage Help Businesses Reduce Electricity Bills?
    How Can Solar PV + Energy Storage Help Businesses Reduce Electricity Bills?
    Jul 13, 2026
    In‑Depth Analysis: The Breakthrough Path for Commercial & Industrial Cost Reduction For manufacturing companies, industrial parks, supermarkets, and other commercial entities, electricity costs are a long‑term fixed expense. With the implementation of time‑of‑use pricing, peak‑hour electricity prices have risen sharply. Many factories generate electricity from solar PV during the day, but by the evening peak production period, solar output decreases, forcing them to purchase electricity from the grid at high prices. Installing solar PV alone can no longer completely solve the pain point of electricity costs. Solar PV + energy storage systems combine solar power generation with energy storage batteries. Through energy storage and time‑of‑use transfer, they reduce electricity costs...
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  • 8 Common Solar PV Scams to Avoid
    8 Common Solar PV Scams to Avoid
    Jul 06, 2026
    Investor Protection A Practical Safety Guide for Individual Solar PV Investors Distributed solar power can save on electricity and increase income in the long run. However, many unscrupulous businesses prey on individual investors' lack of industry knowledge, devising elaborate schemes. These can range from reduced returns and leaky roofs to serious debts and damaged credit scores. Families planning to install solar power should carefully check against these scams to avoid them. Want to Estimate Your Real ROI Honestly? Don't be fooled by exaggerated laboratory data. Use our independent tool to calculate your real energy yields. Launch Free Calculator Scam 1: Free Installation (Zero Cost) Predatory Loans Salespeople promise no up-front cost while tricking homeowners into showin...
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  • How to Choose a Photovoltaic Support System?
    How to Choose a Photovoltaic Support System?
    Jun 29, 2026
    A Comprehensive Comparison of Corrosion Resistance and Service Life of Aluminum Alloy and Hot-Dip Galvanized Steel Introduction Photovoltaic support systems are the load-bearing foundation of the entire photovoltaic system. They are exposed to complex outdoor environments such as sunlight, rain, salt spray, acids, alkalis, and frost for extended periods. The material directly determines the stability of the power station, subsequent operation and maintenance costs, and overall service life. Currently, the mainstream support systems on the market are divided into two main categories: aluminum alloy support systems and hot-dip galvanized carbon steel support systems. Many owners and contractors are unclear about the differences in corrosion resistance and service life between the two whe...
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