Jingzhe, the third of the twenty-four solar terms, marks the beginning of mid-spring. At this time, spring thunder begins to sound, all dormant things are awakened, and the earth is full of vitality. In this season full of hope and vitality, photovoltaic new energy is like the sunshine of spring, injecting infinite possibilities into our future.   Jingzhe and photovoltaic power generation: the revelation of nature   During the Jingzhe season, the sun gradually warms up and all things revive. Photovoltaic power generation uses the energy of sunlight and converts it into clean electricity. Just as Jingzhe awakens the earth, photovoltaic new energy is also awakening our attention to green energy. Every ray of sunshine is a precious resource given to us by nature, and photovoltaic technology is the crystallization of our wisdom of harmonious coexistence with nature.   Photovoltaic new energy: the driving force of green development   Against the backdrop of global energy transformation, photovoltaic new energy is becoming an important force in promoting green development. It not only reduces the consumption of fossil energy, but also significantly reduces carbon emissions, providing an effective solution to climate change. Jingzhe symbolizes rebirth and hope, while photovoltaic new energy symbolizes mankind's pursuit of a sustainable future.   Jingzhe Action: Embrace photovoltaics and light up the future   In this season full of vitality, we call on more people to pay attention to photovoltaic new energy and actively participate in the promotion and application of green energy. Whether it is a photovoltaic power station on a household roof or a large-scale photovoltaic power generation project, every effort is contributing to the sustainable development of the earth. Let us use photovoltaic new energy to awaken the green future just as Jingzhe awakens all things!   Jingzhe has arrived, and spring is in the air. Photovoltaic new energy is like the warm spring sun, illuminating our way forward. Let us work together to protect the earth with clean energy and welcome a better tomorrow!

On March 7, Inner Mongolia Junzheng Energy and Chemical Group Co., Ltd. issued an announcement on the signing of the "Alashan Wind and Solar Hydrogen Production and Green Energy Integration Project Strategic Cooperation Framework Agreement". The announcement pointed out that after friendly consultation, the Alxa League Administrative Office and Junzheng Group decided to rely on the rich wind and solar resources, land resources and good industrial foundation conditions of Alxa League, combined with Junzheng Group's coal-fired self-provided power plant blending, shipping industry green fuel demand and capital and management advantages, to invest in the construction of wind and solar hydrogen production and green energy integration projects in Alxa League. The Alxa wind and solar hydrogen production and green energy integration project will be implemented in two phases, with an estimated investment of 2.48 billion yuan in the first phase and 16.88 billion yuan in the second phase, with an estimated total investment of about 19.36 billion yuan. The project plans to build a 4.03 million kilowatt wind and solar power generation project, including the construction of a new 1.5 billion Nm3/a water electrolysis hydrogen production unit, 300,000 tons/year of green methanol and 600,000 tons/year of green synthetic ammonia and green replacement projects for traditional industries. According to public information, Inner Mongolia Junzheng Energy and Chemical Group Co., Ltd. (abbreviated as: Junzheng Group, stock code: 601216.SH) was established in 2003 and listed on the Shanghai Stock Exchange in 2011. It is a key energy and chemical enterprise in Inner Mongolia Autonomous Region. The company focuses on the "coal-electricity-chemical" circular economy industrial chain, and its business covers three major sectors: energy and chemical, chemical logistics, and green energy. It has core product production capacity such as polyvinyl chloride (PVC), caustic soda, and ferrosilicon. In recent years, Junzheng Group has actively promoted digital transformation and green transformation, and gradually upgraded to low-carbon and intelligent directions through measures such as the technical transformation of self-provided power plants and the layout of new energy projects. Junzheng Group's new energy strategy focuses on "photovoltaic + wind power". As early as 2023, Junzheng Group, with its wholly-owned subsidiary Ordos Junzheng as the investment entity, built a new 450MW photovoltaic power generation project in the Mengxi High-tech Industrial Park of Etuoke Banner, Ordos City, Inner Mongolia, and connected to the grid for power generation at full capacity in November 2024. After the completion of the Alxa wind and solar hydrogen production and green energy integration project, the company's green power installed capacity will leap to the forefront of private enterprises in Inner Mongolia, providing low-cost electricity guarantee for hydrogen energy production. In terms of performance, in the first three quarters of 2024, Junzheng Group's revenue was 18.39 billion yuan, a year-on-year increase of 30%; net profit was 2.24 billion yuan, a slight increase of 2.92% year-on-year; mainly affected by fluctuations in chemical product prices and rising energy costs. However, the company has sufficient cash flow, and as of the end of the third quarter of 2024, the monetary funds reached 5.83 billion yuan, providing financial guarantee for the project.

  At  KingSolar, we believe every solar panel is like a "tree of energy," harnessing the power of the sun to create a cleaner, brighter tomorrow. 🌿💡   Just as trees absorb CO2 and give us oxygen, solar energy reduces carbon emissions and powers our lives sustainably. This Arbor Day, we celebrate:✅ The power of nature and technology working hand in hand.✅ Our commitment to a #NetZero future through clean energy.✅ The global movement to protect our planet for generations to come. Join us in making a difference:🌳 Plant a tree to green the Earth.☀️ Choose solar energy to light up the future.💚 Take small steps every day to live sustainably. Together, we can grow a greener, cleaner world. 🌍✨ #SolarEnergy #GreenFuture #Sustainability #CleanEnergy #ClimateAction #ArborDay2025

Photovoltaic carport is an innovative product that combines photovoltaic power generation system with carport structure. It not only provides parking space for vehicles to protect from wind and rain, but also uses solar photovoltaic power generation to achieve energy conservation and emission reduction and effective use of resources.   Functional features Sunshade and rain protection: KingSolar has the basic functions of traditional carports, providing reliable protection for vehicles, effectively preventing direct sunlight and rain erosion, and extending the service life of vehicles. Photovoltaic power generation: Solar photovoltaic panels are installed on the top of the carport, which can convert solar energy into electrical energy, which can be used for the lighting and charging facilities of the carport itself. The excess electricity can also be incorporated into the power grid to bring additional economic benefits. Beautiful and durable: Adopting modern design concepts, the carport has a simple and smooth shape and beautiful lines, which can be perfectly integrated with the surrounding environment. At the same time, high-quality materials are selected, which have good corrosion resistance, aging resistance, wind resistance and pressure resistance, ensuring long-term and stable use. Product structure and material Carport frame structure: KingSolar carport adopts high-strength steel structure or aluminum alloy structure. Steel structure carports have the characteristics of high strength and good stability, and can withstand large loads; aluminum alloy structure carports have the advantages of light weight, corrosion resistance, and beautiful appearance, and are suitable for places with high requirements for appearance. Roof structure: Generally, a sloping roof or a flat roof design is adopted. The sloping roof design is conducive to rainwater discharge and reduces water accumulation. At the same time, it can better adapt to different light angles and improve photovoltaic power generation efficiency; the flat roof design is more concise and beautiful, and is suitable for places with limited space or special requirements for appearance.   Photovoltaic module Type: Commonly used photovoltaic modules include monocrystalline silicon, polycrystalline silicon and thin-film solar panels. Monocrystalline silicon solar panels have high conversion efficiency and stable performance, but the cost is relatively high; polycrystalline silicon solar panels have low cost and considerable conversion efficiency, and are currently widely used in the market; thin-film solar panels have the advantages of lightness, flexibility, and strong weak light performance, and are suitable for some special application scenarios. Specifications: According to the area of ​​the carport and power generation needs, photovoltaic modules of different specifications can be selected. Common photovoltaic modules have a power range of 250W - 550W, and there are many sizes to choose from, such as 1650mm×992mm, 1956mm×992mm, etc. Other accessories Bracket system: used to fix photovoltaic modules, usually made of aluminum alloy or galvanized steel, with good corrosion resistance and mechanical strength, which can ensure the stable installation of photovoltaic modules in various harsh environments. Electrical system: including inverters, distribution boxes, cables and other equipment. The inverter converts the direct current generated by the photovoltaic module into alternating current for access to the power grid or for users; the distribution box is used to distribute and control the electric energy to ensure the safety of electricity use; the cable is responsible for transmitting the electric energy, and has good insulation and conductivity.   Service life: The service life of the photovoltaic carport is usually more than 25 years. Among them, the service life of the photovoltaic module is generally 25-30 years, and the carport frame of the steel structure or aluminum alloy structure can also meet the use requirements of more than 25 years after good anti-corrosion treatment. Wind resistance: According to the wind load requirements in different regions, the design wind resistance of photovoltaic carports is generally around 10-12 levels. Through reasonable structural design and strengthening measures, the safety and stability of the carport can be ensured in strong wind weather. Waterproof performance: The top of the carport is treated with professional waterproof membrane or waterproof coating, combined with a reasonable drainage system, which can effectively prevent rainwater leakage, ensure the dryness inside the carport, and protect vehicles and equipment from rain damage.   Product application scenarios Commercial places: Parking lots such as shopping malls, supermarkets, hotels, office buildings, etc. can use photovoltaic carports to provide sunshade and charging services for vehicles, while reducing the electricity cost of commercial places, and enhancing the social image and environmental benefits of the enterprise. Industrial plant: The installation of photovoltaic carports on the top of the parking lot or logistics warehouse inside the factory can not only meet the parking needs of vehicles, but also provide part of the electricity for factory production, achieve energy conservation and emission reduction, and reduce the operating costs of enterprises. Residential communities: Provide shade and rain protection for the vehicles of residents in the community, and use photovoltaic power generation to power public facilities in the community, such as street lights and elevators, to reduce the electricity bills of the community and improve the quality of life of residents. Public institutions: Parking lots of units such as schools, hospitals, and government agencies can make full use of idle space by building photovoltaic carports, achieve self-sufficiency in green energy, and reflect the environmental protection demonstration role of public institutions. Highway service areas: Provide rest and charging places for passing vehicles, use solar photovoltaic power generation to meet part of the electricity demand of the service area, reduce dependence on traditional energy, and also add a beautiful landscape along the highway.

  "The spring breeze is like fine wine, which makes everything unconscious." In this poetic and energetic season, we usher in the Spring Equinox. As the fourth solar term in spring, the Spring Equinox has a special meaning. On this day, the sun shines directly on the equator, and the day and night are equal around the world. After that, the days gradually get longer and the nights get shorter, which also means mild weather, abundant rainfall and bright sunshine. The Spring Equinox not only brings vitality to nature, but also brings new opportunities to the photovoltaic industry.     From the perspective of climate and light conditions, after the spring equinox, the solar altitude angle gradually increases and the light time is significantly extended, which is undoubtedly a very favorable condition for photovoltaic power generation. For most photovoltaic power stations, the peak power generation period (April to October) is about to come. At this time, the photovoltaic panels, like hardworking energy collectors, efficiently convert solar energy into electrical energy under sufficient light, and continuously provide clean electricity for our lives and production. ​   Take a large photovoltaic power station located in a region rich in sunlight resources in my country as an example. After the spring equinox, its average daily power generation has increased significantly compared with winter, with an increase of up to 30% - 50%. These clean electricity not only meets part of the local electricity demand and reduces dependence on traditional fossil energy, but also is transmitted to other areas through grid connection, bringing light and convenience to more people.     In this spring equinox when everything is revived and people are happy to get close to nature, photovoltaics are also integrated into our life scenes in a unique way, adding convenience and environmental protection to life. ​ In outdoor leisure activities, portable photovoltaic power generation equipment is very useful. When people go out for an outing, picnic, or camping, portable solar chargers can easily charge mobile phones, tablets, cameras and other electronic devices, allowing people to enjoy nature without worrying about insufficient power of electronic devices, and to record beautiful moments and share happy times. ​   In the field of agricultural production, photovoltaic agricultural greenhouses play an important role during the spring equinox. The photovoltaic panels on the top of the greenhouse can not only generate electricity to create economic benefits, but also block excessive light for crops in the greenhouse, regulate temperature and humidity, and provide a suitable environment for crop growth. During the critical period of crop growth during the spring equinox, photovoltaic agricultural greenhouses help crops thrive, ensure a bumper harvest of grain and fruits and vegetables, and achieve a perfect combination of energy and agriculture.

Recently, US President Trump signed an executive order to cancel the decision of former President Biden's administration to include solar photovoltaic (PV) modules and electrolyzer production in the Defense Production Act (DPA).   The Defense Production Act gives the president the power to expand and accelerate the supply of materials and services in the domestic industrial base. In 2022, the Biden administration decided to include the production of solar photovoltaic modules, electrolyzers, etc. in the law to rapidly expand the manufacturing scale of domestic clean energy critical infrastructure. At that time, the Biden administration also allocated $500 million under the Inflation Reduction Act to specifically fund the production of these technologies. However, Trump canceled the relevant orders this time, giving the reason that these revocations are essential to advancing US policies, restoring the rationality of the federal government, and unleashing the potential of American citizens. But industry analysts believe that there may be more complex considerations behind this decision. With the implementation of Trump's executive order, the manufacturing of key clean energy products such as solar photovoltaic modules and components, electrolyzers, etc. will no longer enjoy policy support from the Defense Production Act. In recent years, the US solar industry has developed rapidly. Data shows that in 2024, solar energy accounts for 81.5% of the new installed power generation capacity in the United States, far exceeding natural gas and nuclear energy. After being removed from the Defense Production Act, the U.S. solar industry may face more challenges in expanding production scale and obtaining financial support, and the stability of industrial development may also be impacted.

    April Fools' Day is here, a day filled with playful pranks and lighthearted jokes. But at Kingsolar, we're all about serious business when it comes to solar energy. However, we couldn't resist using this fun day to clear the air about some common myths that might be pulling the wool over your eyes.   Myth 1: Solar Panels are a Passing Fad   Some might think solar energy is just a trendy concept that will fade away. But the truth is, solar power is here to stay and is growing at an astonishing pace. At Kingsolar, we've been at the forefront of this solar revolution. With continuous research and development, we're constantly improving our solar panel efficiency. For instance, our latest Kingsolar solar panels can convert sunlight into electricity with an efficiency rate that far exceeds industry standards, ensuring long - term reliability and energy savings for our customers. Myth 2: Solar Power is Only for Sun - Drenched Regions   You might believe that if you don't live in a place with year - round sunshine, solar panels won't work for you. Wrong! Our advanced solar technology at Kingsolar is designed to capture sunlight even on cloudy days. Thanks to [mention specific technology or feature, e.g., our unique light - capturing cells], our solar panels can still generate a significant amount of power, making solar energy a viable option for homes and businesses across the globe. Myth 3: Solar Installation is a Hassle   Installing solar panels doesn't have to be a headache. At Kingsolar, we offer a seamless installation process. Our team of expert installers takes care of everything from the initial site assessment to the final connection to the grid. We handle all the paperwork and ensure that the installation complies with local regulations. In fact, many of our customers have reported that the installation process was much smoother and faster than they anticipated, with minimal disruption to their daily lives. Myth 4: Solar Energy is Expensive   Solar energy has become more affordable than ever. Over the years, technological advancements and economies of scale have significantly reduced the cost of solar panels. At Kingsolar, we offer competitive pricing and flexible financing options. For example, with our solar lease program, you can start enjoying the benefits of solar energy with little to no upfront cost. Plus, in the long run, you'll save money on your electricity bills, and in some cases, even earn money by selling excess electricity back to the grid.   So, on this April Fools' Day, don't be fooled by these common solar myths. Trust Kingsolar for all your solar energy needs. We're committed to providing clean, reliable, and affordable solar solutions that are no joke!   Ready to make the switch to solar? Contact us today and let's start powering your future with the sun's energy. #SolarEnergy #AprilFools #RenewableEnergy #SolarMythsBusted

  China’s Qingming Festival (Tomb-Sweeping Day) has been observed for over 2,500 years, with families honoring ancestors through rituals like burning paper offerings and cleaning graves. However, environmental concerns—air pollution, wildfires, and carbon emissions—are pushing a shift toward eco-friendly alternatives. Enter solar energy, which is quietly revolutionizing this ancient tradition.   1. Solar-Powered Memorials: A Cleaner Way to Remember   Traditional Problem: Burning paper money releases CO₂ and PM2.5, worsening air quality. Solar Solution:     LED E-Candles & Virtual Incense: Powered by small solar panels at cemeteries, reducing smoke.     Digital Tombstones: Solar-charged screens display biographies, photos, or even AR avatars of the deceased.     Solar Charging Stations: Visitors recharge phones/e-devices while paying respects.    2. "Solar Cemeteries": A New Use for Renewable Energy   China’s limited arable land makes dual-use solar cemeteries an innovative solution:     Overhead Solar Panels: Installed above graves, providing shade while generating clean energy.     Agrivoltaics + Memorials: Solar farms with burial plots underneath .   Data Point:     A 10MW solar cemetery could power 3,000 homes annually while preserving land for tradition.   3. Policy & Cultural Shifts Driving Adoption   Government Incentives: Subsidies for "green cemeteries" under China’s dual-carbon goals.     Youth Appeal: 73% of young urban Chinese prefer digital memorials.   Challenges Ahead   Cost: Retrofitting cemeteries requires investment (~$20/m² for solar tiles).   Tradition: Older generations may resist tech-driven changes.     Aesthetics: Balancing solar infrastructure with serene memorial spaces.   The Future: A Sustainable Legacy   Solar energy is helping Qingming Festival evolve—honoring the past while protecting the future. As China’s 2025 Green Burial Policy rolls out, expect more: ✅ Solar-powered "memory parks" ✅ Blockchain-backed digital ancestry archives ✅ VR grave visits for overseas relatives     "Qingming Festival is no longer just about looking back; with solar, it’s about moving forward—cleanly."          

  Nigeria has signed a 2,600-megawatt (MW) solar module supply agreement with LONGi Solar France SARL.   This was disclosed by the Minister of Innovation, Science and Technology, Uche Nnaji, in a statement issued on Wednesday.   According to the statement, the solar modules will power Nigeria’s Green Hydrogen Hub Project, located in the Liberty Oil & Gas Free Trade Zone in Akwa Ibom State.   The project is expected to transform Nigeria into a regional hub for clean energy production, leveraging its abundant solar resources to drive industrial growth, hydrogen exports, and clean mobility solutions.Nnaji disclosed that the deal, which was facilitated by his ministry, is one of the largest solar procurement deals in sub-Saharan Africa.   It marks a significant milestone in Nigeria’s renewable energy ambitions and strengthens its position as a key player in the global green hydrogen economy.Project to generate 20,000 direct jobs The statement noted that the 2,600MW solar installation brings Nigeria closer to some of the world’s largest solar energy projects, such as China’s Midong Solar Park, which has a capacity of 3,500MW.   The following are highlighted as benefits of the project:   When operational, the Nigerian project is expected to generate over 20,000 direct jobs across engineering, logistics, research and development, and maintenance.   The solar-powered hydrogen hub will support industrial-scale green hydrogen production, fueling local industries, exports, and clean transport—particularly in the marine and heavy transport sectors.   Experts say this project could reshape Nigeria’s energy landscape by reducing its dependence on fossil fuels while boosting economic diversification.   It was noted that LONGi, a global leader in solar energy technology, brings cutting-edge innovation to the project.   “Deploying LONGi’s high-efficiency modules in Nigeria’s hot, humid climate means more energy yield per square meter and faster return on investment,” said Dr. Mustapha Abdullahi  Director General & Chief Executive Officer of the Energy Commission of Nigeria (ECN).   “This is precision technology meeting raw African potential  — the synergy is transformative,” he added.   The company holds the world record for solar PV efficiency, with its silicon-perovskite tandem cells achieving a 34.6% conversion efficiency—one of the highest in the industry. This ensures maximum energy yield in Nigeria’s hot and humid climate, making the project both cost-effective and highly productive.    Beyond Solar: Boosting Nigeria’s blue economy and healthcare sector .   The statement stressed that the impact of the project extends beyond renewable energy.It was noted that the Liberty Free Trade Zone’s green hydrogen strategy will integrate with Nigeria’s blue economy, supporting maritime logistics and offshore energy transitions. Additionally, the facility will produce 500 metric tonnes per day of Green Medical Oxygen, significantly boosting Nigeria’s healthcare capacity and supporting the federal government’s policy on oxygen supply.  

"The bright moon of Qin Dynasty shines on today's enterprises"——Xi'an Lishan & Terracotta Warriors Enterprise Study Tour.   1.Cultural Benchmarking "Standing at the standardization site 2,000 years ago: → The Qin Terracotta Warriors have thousands of faces but the same process → Standardized processes in personalized corporate services → The error of weapons does not exceed 0.02 mm → Inspiration for precision quality control in contemporary manufacturing"                                                                   2，Mount Li Chapter "Visiting the Royal Forbidden Gardens of the Zhou, Qin, Han and Tang Dynasties: ✓ Beacon Tower: Prototype of Enterprise Crisis Early Warning System ✓ Huaqing Pool: Top Business Reception Venue in Ancient Times ✓ Bingjian Pavilion: Historical Turning Point of Major Decisions"         This Xi'an team building is a journey of both culture and business. We absorb historical nutrients, harvest cutting-edge information, and more importantly, the team works together and deepens friendship. With these precious treasures, we will devote ourselves to foreign trade business with greater enthusiasm and closer cooperation, climb to the top, continue the company's foreign trade glory, and contribute to Sino-foreign trade.

   Grain Rain is the sixth solar term in the twenty-four solar terms and the last solar term in spring. It begins around April 20 of the Gregorian calendar every year when the sun reaches 30 degrees of ecliptic longitude. There are some significant characteristics before and after the Grain Rain season, such as increased rainfall and higher temperatures, which also have a certain impact on agricultural activities. The Grain Rain season is a critical period for spring ploughing and sowing, and farmers from all over the country are very busy. There are also many aspects of the relationship between Grain Rain and photovoltaics, as follows: Light conditions     Grain Rain is usually in the transition stage from spring to summer, the weather gradually warms up, the sunshine time increases, and the intensity increases. For photovoltaic power generation, sufficient light is the basic condition for power generation. The light at this time is conducive to the power generation efficiency of photovoltaic modules, increases power generation, and is the peak stage of photovoltaic power generation. Construction holiday    The temperature during the Grain Rain season is relatively suitable. It is neither as cold as winter nor as hot as summer, often accompanied by heavy rain and other severe weather. It is very suitable for the construction of photovoltaic projects. Whether installing photovoltaic modules, laying lines or debugging related equipment, construction workers can work more comfortably and efficiently, reduce safety risks caused by weather factors, and help photovoltaic projects to proceed smoothly. Equipment maintenance     The spring rain during the Grain Rain season can clean the dust and impurities on the surface of photovoltaic modules, so that photovoltaic modules maintain good light transmittance and power generation performance, and reduce the frequency and cost of manual cleaning. "Photovoltaic + Agriculture" model    Grain Rain is an important solar term for agricultural production. "Rain produces hundreds of grains". At this time, the increase in precipitation is conducive to the growth of crops. In this model, it also provides a suitable environment for agricultural planting under the shed, driving the upgrading of the agricultural industry. For example, in some photovoltaic tea gardens, tea grows vigorously during the Grain Rain season, and photovoltaic facilities not only provide shading and other functions, but also their power generation benefits can bring additional income to the tea garden.