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As solar energy gains increasing popularity and becomes a mainstream energy source, various misunderstandings regarding its safety have also emerged. One of the most persistent false beliefs is that solar panels emit harmful radiation that could pose a threat to human health. However, this assertion lacks any scientific basis. In this blog post, we will delve into the fundamental principles of how solar panels function, clarify why concerns about radiation are unfounded, and emphasize the numerous advantages that solar energy brings to both individuals and society.     Understanding Solar Panels and Their Working Mechanisms Solar panels, also referred to as photovoltaic (PV) panels, are devices specifically designed to directly convert sunlight into electricity. The underlying technology is rooted in the photovoltaic effect, a phenomenon that was first discovered in the 19th century. Each solar panel consists of multiple solar cells, which are typically made from semiconductor materials like silicon. When sunlight strikes these cells, photons (light particles) dislodge electrons from the atoms within the semiconductor. This movement of electrons generates a direct current (DC), which can then be transformed into alternating current (AC) through the use of an inverter. This conversion makes the electricity suitable for use in homes and businesses. It is crucial to note that the entire process of solar power generation is completely clean and silent. It does not involve combustion, has no moving parts, and, most importantly, does not produce any harmful radiation.     Examining the Alleged Radiation from Solar Panels: A Lack of Scientific Backing Let's directly address the central concern: Do solar panels emit radiation that is harmful to humans? The straightforward answer is no, and here's the reasoning behind it: Solar panels themselves do not emit radiation. They merely absorb sunlight and convert it into electricity. This is a passive process that does not involve any radioactive materials or high - frequency emissions. The inverter, which converts the DC power from solar panels into AC power, does generate a small amount of electromagnetic radiation. However, this is non - ionizing radiation, similar to the radiation emitted by common household appliances such as Wi - Fi routers, microwaves, or smartphones. Non - ionizing radiation does not possess sufficient energy to damage DNA or cells and is not associated with cancer or other health risks. Governments across the globe enforce strict regulations regarding electromagnetic compatibility (EMC) for electronic devices, including solar inverters. These standards ensure that any emissions remain well below the levels considered harmful. According to the World Health Organization (WHO), the recommended limit for public exposure to magnetic fields is 100 microteslas (μT). Studies indicate that operating solar systems emit fields that are significantly lower than this limit, often even lower than those of common appliances like hairdryers or laptops. In fact, currently, there are no reliable scientific studies that establish any connection between solar energy systems and adverse health effects caused by electromagnetic fields.     Why Solar Panels Are Among the Safest Energy Technologies When compared to traditional energy sources such as coal, gas, or nuclear power, solar energy is extremely safe. No air pollution: Solar panels do not produce greenhouse gases or particulates during their operation. No toxic materials: Modern solar modules are constructed from stable, non - hazardous materials. No noise pollution: Solar systems operate quietly, unlike generators or turbines. No fire risk: Properly installed solar systems comply with strict electrical safety codes and have an excellent record in terms of fire safety. Minimal maintenance: Fewer moving parts mean a reduced likelihood of mechanical failure. Solar energy is not only safe; it is also one of the cleanest and most environmentally friendly technologies available today.   The Diverse Benefits of Adopting Solar Energy Beyond its safety, solar energy offers a wide array of practical benefits to homeowners, businesses, and communities: Environmental Advantages Reduces carbon emissions: Solar energy plays a crucial role in the fight against climate change. Lowers air pollutants: Decreasing reliance on fossil fuels improves air quality and public health. Conserves water: Unlike thermal power plants, solar energy requires almost no water for operation. Financial Benefits Lower electricity bills: Solar power reduces dependence on utility - supplied electricity, thereby cutting monthly energy costs. Government incentives: Many countries offer tax credits, rebates, or feed - in tariffs to encourage the adoption of solar energy. Increased property value: Homes equipped with solar systems tend to sell more quickly and at higher prices. Energy Independence Self - sufficiency: Generating your own power reduces vulnerability to grid outages and rising energy prices. Off - grid capabilities: In remote areas, solar systems combined with batteries can provide complete energy autonomy. Real - World Implementations: The Practicality of Clean Energy For over a decade, Anhui Solarasia Energy Technology Co., Ltd. has been assisting clients in transitioning to clean and reliable solar power. With a total shipment of more than 180 MW of solar systems and over 2,100 satisfied clients worldwide, we take pride in being a trusted supplier in North America, Europe, and other regions. Case Study 1: Agricultural Solar in Europe In several European countries, we have installed rooftop solar solutions for large - scale greenhouses and farms. These systems help farmers reduce electricity costs while promoting environmentally friendly agricultural operations. In many instances, solar installations also qualify for government subsidies aimed at enhancing rural sustainability.     Case Study 2: Residential Solar in North America In regions with high electricity prices, such as California and Ontario, our residential solar packages, which include panels, inverters, and storage options, have enabled homeowners to lower their bills and increase energy resilience. Customers have reported stable operation, minimal maintenance requirements, and no concerns regarding health.     Case Study 3: Solar Solutions for Schools and Public Buildings SolarAsia has provided customized solar solutions for schools and municipal buildings, supporting educational initiatives, public awareness campaigns, and carbon neutrality goals. These projects demonstrate the safety, practicality, and long - term value of solar technology in public infrastructure.     Conclusion: A Promising and Safe Future with Solar Energy In conclusion, the notion that solar panels emit harmful radiation is a myth without any scientific basis. All available evidence confirms that solar systems are safe for humans, including vulnerable groups such as children and the elderly. Conversely, the advantages of solar power are substantial. It helps combat climate change, reduces energy costs, improves public health, and supports global energy independence. As more countries set ambitious carbon - neutral targets, solar energy is set to become the cornerstone of the world's clean energy future. So, the next time you hear someone claim that "solar panels are dangerous," you will be well - equipped to respond with facts, scientific evidence, and a positive outlook. Are you interested in adopting solar energy or learning more about solar technology? Contact the team at Anhui Solarasia Energy Technology Co., Ltd.,and let's work together to build a cleaner and safer future.

On April 10, 2025, Mr. Adam, a client from Sudan, visited Anhui Solarasia Energy Technology Co., Ltd to discuss cooperation on a solar pump system project. The collaboration involves two systems: one 200KW solar pump system and three 55KW solar pump system, both intended for agricultural irrigation and water resource projects in Sudan.   During the meeting held in the company’s conference room, Mr. Adam and our General Manager, Nick Yao, engaged in in-depth discussions covering system design, performance, and delivery timelines. The two parties reached a consensus and officially signed a cooperation agreement. Following the meeting, both sides took a commemorative photo at the company’s reception area to mark this successful and friendly collaboration. On the following day, April 11, in an effort to further strengthen mutual understanding, Nick Yao personally accompanied Mr. Adam on a cultural visit to Mount Huangshan, one of the most renowned scenic spots in Anhui Province. They also took photos together at the site, deepening the foundation of trust and cultural exchange between the two sides.   This cooperation not only advances the application of Solarasia’s products in the global market but also reflects the company’s ongoing strategy to expand its international presence. Moving forward, Anhui Solarasia Energy Technology Co., Ltd remains committed to delivering efficient and reliable renewable energy solutions to clients around the world.

Longi, a global solar technology leader, has achieved a significant breakthrough in solar cell efficiency. On April 11, at its Wuhu base in Anhui, Longi announced that its independently developed Hybrid Interdigitated-Back-Contact (HIBC) crystalline silicon solar cells, certified by Germany's ISFH, reached a remarkable 27.81% photoelectric conversion efficiency.   This is not Longi's first record-breaking achievement. In November 2022, it set a world record at 26.81%. By May 2024, the efficiency climbed to 27.3%, followed by consecutive breakthroughs to reach the current 27.81%.   The HIBC cells, developed by Longi's Central Research Institute, innovatively restructure the cell and material system. This innovation brings dual improvements in optical management and carrier transport, paving the way for higher power density in photovoltaic modules.   Longi's continuous pursuit of technological innovation drives the global photovoltaic industry forward. This new world record demonstrates Longi’s commitment to value creation and energy transformation.   For any solar energy solutions, please contact us for professional support.⇒ Feel free to contact us at any time, and we will provide you with 24-hour warm service!

As energy costs rise and decarbonization goals drive demand, commercial and industrial (C&I) businesses are embracing solar-storage integration to cut costs and boost resilience. But what makes a solution “superior”? We break down critical factors for high-performance systems.   Technology Synergy: Maximize Efficiency A top solution starts with compatible solar and storage tech. Mismatched components (e.g., inverters, batteries) can reduce performance by 20%. Prioritize: High-efficiency panels (monocrystalline/TOPCon, 22–26% efficiency) for space-constrained sites. LiFePO4 batteries (4,000+ cycles) for safety and longevity; solid-state options for 5,000+ cycles in long-term projects. Bidirectional inverters with smart MPPT to balance energy flow and minimize losses.Look for third-party certifications (TÜV/UL) for plug-and-play compatibility.   Custom Design: Match Your Load Profile No two businesses are the same. Design must align with: Load analysis: Map peak hours/seasonal use to size storage correctly (avoid over/under-sizing). Self-consumption focus: Prioritize on-site solar use, storing excess for nights/outages (aim for 80–90% self-sufficiency). Scalability: Choose modular systems to add panels/batteries as your business grows.   Cost-Effectiveness: Balance Investment & Savings While upfront costs are $0.8–1.5/W, top solutions deliver low LCOE via: Energy arbitrage: Store off-peak/ excess solar for peak tariff hours (cut demand charges by 40%). Grid resilience: Avoid costly downtime (where outages cost $100k+/hour). Incentive use: Leverage local subsidies (US ITC, EU Green Tax Credits) with compliant tech.   Smart Management: Real-Time Control AI-driven platforms optimize operations: Predictive analytics: Use weather/data to forecast energy use and adjust storage. Remote monitoring: Track system health 24/7 with alerts for faults (e.g., panel degradation). Grid services: Sell stored energy back during shortages for extra revenue.   Reliability & Support: Mitigate Risks: A strong solution includes: Warranties: 25-year panel, 10–15-year battery guarantees from global brands. Service plans: Proactive maintenance and <48-hour response for critical issues. End-of-life plans: Clear recycling/repurposing to avoid e-waste penalties.   Why Partner With Us? As a trusted trade partner, we offer: ✅ Diverse sourcing: Top brands (Brands such as Jinko Solar, Longi Solar, Trina Solar, Huawei, and others.) for all budgets.✅ Turnkey support: From load analysis to logistics, simplified cross-border procurement.✅ Risk control: Pre-vetted suppliers with proven industry track records. Future-Proof Your Energy Strategy Ready to cut costs, boost resilience, and meet ESG goals? Contact our C&I specialists for a customized solution.

April 1, 2025 | Xining, China – State Power Investment Huanghe Company today unveiled a revolutionary photovoltaic (PV) energy storage system certified to remove more CO₂ than it emits, marking a paradigm shift in sustainable energy infrastructure. Developed with Xi'an University of Technology, this breakthrough combines solar power generation with advanced carbon management technology, positioning Huanghe as a global leader in climate-smart energy solutions.   Climate-Positive Technology in Action Using a triple-layer monitoring network of satellites, multispectral drones, and ground sensors, Huanghe's system achieves 95% accuracy in real-time carbon tracking. By optimizing panel layouts and implementing eco-friendly designs, the technology: Increases soil carbon by 8.6% and vegetation density by 28.5% compared to natural environments; Removes 60g of CO₂ per square meter annually, equivalent to offsetting emissions from 500 homes; Reduces land degradation risk by 35% through precision engineering.   Global Impact & Scalability Already deployed in: Qinghai Province: 15,000 hectares of PV installations with real-time carbon monitoring; Europe: Powering 5,000+ German homes with carbon-neutral energy; Africa: Providing 24/7 electricity to Kenyan clinics while restoring local ecosystems.     Advancing Clean Energy Frontiers Backed by a 100 MW testing base and 95% module recycling program, Huanghe's technology aligns with China's "Double Carbon" goals and global net-zero targets. The company is now collaborating with international partners to integrate this system into utility-scale projects, microgrids, and disaster-resilient energy networks.

On March 23rd, a groundbreaking announcement emerged from the National Key Laboratory of Photovoltaic Science and Technology at Trina Solar. Their developed 210 large - sized perovskite/crystalline silicon two - terminal tandem module, spanning an area of 3.1 square meters, has astoundingly reached a peak power of 808W. This achievement was verified by the globally renowned certifying body, TÜV SÜD. As a result, it has become the world's very first industrial - standard - sized photovoltaic module to shatter the 800W power barrier! This marks the 31st time Trina Solar has rewritten the global records for solar cell conversion efficiency and module power, signifying a monumental leap from the "silicon - based era" to the "tandem era" in photovoltaic technology.     Trina Solar initiated its strategic layout in perovskite tandem technology as early as 2014. Taking the lead, it joined hands with prestigious institutions like Nanjing University and Nankai University, shouldering both Jiangsu Province's science and technology support projects and national key research and development programs. Through unwavering technological breakthroughs, the company has amassed an impressive portfolio of 331 related patent applications, building a comprehensive technical reserve spanning from material R&D to process optimization. This isn't just a solitary triumph. In the past three years, Trina Solar has been on a roll, consistently rewriting efficiency records for various battery modules such as TOPCon and HJT, highlighting its unrivaled dominance in the photovoltaic technology race.   In the current scenario of a rapidly accelerating global energy transition, photovoltaics, as the vanguard of renewable energy, is desperately in need of surmounting the twin hurdles of efficiency and cost. The perovskite tandem technology, with its alluring promise of high theoretical efficiency and low material costs, is widely seen as the key to unlocking the next - generation of photovoltaic technology. Trina Solar's latest feat not only erects a new power milestone for the industry but also paves the way for tandem modules to transition from the laboratory to large - scale production. What other wonders will Trina Solar bring to the photovoltaic field? Stay tuned!​

The company managed to create an annual celebration on January 17 that was both solemn and lively. The event is not only a simple gathering, but also a profound display of corporate culture and the embodiment of staff style.During the celebration, the company also invited Nick Yao's good friends to participate in the celebration with the company's employees.     At the annual meeting, the employees took to the stage to show their versatile side through self-designed and self-performed talent shows, and also deepened the understanding and friendship between each other. Interesting interactive games, but also pushed the scene atmosphere to the climax, so that every participant felt the fun and power of teamwork.     The annual recognition session is another highlight of this annual meeting. The company made a grand commendation to the outstanding employees and teams in the past year, which is not only an affirmation of their hard work, but also an incentive to all employees, encouraging everyone to continue to pursue excellence in the New Year and contribute their own strength to the development of the company.     In addition, the successful holding of the annual meeting also fully demonstrated the company's great importance to the construction of corporate culture and employee care. From the preparation to the execution of the activity, every detail reflects the company's intentions and thoughtfulness, so that employees feel the warmth and sense of belonging at home.                      To sum up, this annual meeting of the company is not only a celebration and relaxation event, but also an important opportunity to promote the company's cohesion and centripetal force, and inject new vitality and momentum for the future development of the company.  

JA Solar, a global PV leader, secured nine 2025 Top Brand PV Awards from EUPD Research, recognizing its dominance in Australia, Africa, and Latin America—including markets like South Africa, Kenya, Mexico, and Brazil. These regions, defined by extreme climates (deserts, high humidity, and harsh weather), highlight the resilience of JASolar's modules, which deliver consistent efficiency in tough conditions.     EUPD's awards, based on installer/end-user surveys for brand awareness, market share, and satisfaction, validate JA Solar's international reputation. The company's success stems from tech innovation and localized services, earning trust across diverse markets.   "These awards reflect our focus on innovation and customer value," said CEO Yang Aiqing. "We’ll keep delivering reliable PV solutions to accelerate the global clean energy transition." Feel free to contact us at any time, and we will provide you with 24-hour warm service!

"The stone roads in Dabancheng are hard and flat, and the watermelon is big and sweet..." A folk song made Dabancheng a household name many years ago. Today, this small northwestern city has gained the reputation of "China's Wind Valley".   "It is optimistic about Dabancheng scenery resource enrichment, Huadian North Xinjiang Urumqi 1 million kilowatt scenery base built here this year." Shi Xiaoliang, deputy general manager of Xinjiang Huadian Weihuliang New Energy Co., LTD., introduced that the base is the first batch of "Shage famine" large-scale wind power base projects in the country, and the technical and economic indicators have reached the domestic leading level after the project was put into operation. Deserts, Gobi and deserts have long been seen as the disadvantages of Xinjiang's natural endowments, but modern technology has changed that perception. Today, it is an advantageous area for the construction of scenic bases. By the end of October this year, Xinjiang's installed capacity of wind power, photovoltaic and other new energy exceeded 84 million kilowatts, accounting for more than half of Xinjiang's total installed capacity of electricity, and Xinjiang's installed capacity of new energy has ranked first in the country.   Facing the "tuyere" of development, Xinjiang's new energy industry is moving rapidly toward scale and intensification.   "At present, Xinjiang has built three new energy bases of 10 million kilowatts in Hami, eastern Jungdong and Tarim in southern Xinjiang." Zheng Ziwen, deputy director of the New energy and renewable Energy Department of the Development and Reform Commission of Xinjiang Uygur Autonomous Region, introduced that Xinjiang is also accelerating the construction of Hami North, Ruoqiang and other ten-kilowatt new energy bases.Feeding, heating, pulling rods... In the production workshop of Hami Clean Silicon Industry, the first high-efficiency N-type large-size monocrystal silicon project in Xinjiang, the polysilicon material is transformed into a 3.8 meter long monocrystal silicon rod weighing about 400 kg after multiple processes in a high-temperature single crystal furnace of more than 1400 degrees Celsius. Qingdian Silicon technology research and development Department senior manager Qin Xiandong introduced that the project was fully completed in June this year, and the products will be mainly used for photovoltaic manufacturing industry. "The estimated resources of raw quartzite in Hami City are 34.35 million tons, and the development prospects of silicon-based industry are broad." Dou Rencai, deputy director of the Hami City Industry and Information Technology Bureau, said that regional resources, policies and other advantages will be given full play to promote the integrated development of new material industries such as silicon photovoltaic and new energy green electricity.Photovoltaic modules, fans, blades, towers... Xinjiang's new energy equipment manufacturing industry has continuously enriched its product categories and accelerated the improvement of its industrial chain. Data from the Autonomous region's Department of Industry and Information Technology show that in the first 10 months of this year, the output of major products in Xinjiang's silicon photovoltaic industry chain grew rapidly, and the output of industrial silicon, polysilicon and monocrystalline silicon increased by 40%, 21.2% and 27%, respectively. Energy equipment industry chain market demand is strong, the output of wind turbines, transformers and other products increased by 30.2% and 15.4%, respectively.   In the vast land of Xinjiang, the white windmill "forest" and the row of blue photovoltaic "ocean" are becoming common scenery.

The Kubuqi Desert, China's seventh largest desert, is located in the "J-shaped Bend" of the Yellow River, an area that was once known as the "Sea of Death" and posed a threat to the ecological security of the "J-shaped Bend" of the Yellow River. Thanks to the efforts of the local people, over 6,000 square kilometers of the desert have been covered with greenery. The efforts to restore the desert continue. In the past two years, a "Solar Power Great Wall" for desert control has been laid out in the area, combining points, lines and surfaces, to promote the governance of China's seventh largest desert and prevent the invasion of shifting sands into the "J-shaped Bend" of the Yellow River. This "Solar Power Great Wall" for desert control integrates three functions: solar power generation, ecological restoration, and income increase, exploring the path of green and low-carbon development and jointly building a beautiful and clean world, providing a "Chinese solution" for global desertification control.   In Chaideng Gacha, Zhaojun Town, Dalate Banner, Ordos City, 3.46 million blue photovoltaic panels rise and fall with the undulating Kubuqi Desert, like waves in the vast sea of sand, forming a "sea" of 45,000 mu of photovoltaic panels. Since 2017, a 50,000-mu, 1 million-kilowatt national third batch photovoltaic application leading base has been completed in the heart of the Kubuqi Desert, achieving full capacity grid connection and power generation. Not only this 1 million-kilowatt photovoltaic base, but also throughout the northern edge of the Kubuqi Desert, large and small photovoltaic bases are being connected to form a line, and a spectacular "Solar Power Great Wall" for desert control is rising in the sand sea.   According to Li Tianyun, deputy director of the Forestry and Grassland Bureau of Ordos City, the "Solar Power Great Wall" for desert control in the Kubuqi Desert is a descriptive concept, an image metaphor for the relatively concentrated, intermittent and linear layout of major national new energy photovoltaic projects that have been completed, are under construction, or are planned in the northern edge of the Kubuqi Desert. "The 'Solar Power Great Wall' for desert control built in the northern edge of the Kubuqi Desert and south of the Yellow River is a continuation of photovoltaic projects on the bare sand of the Kubuqi Desert. After full completion, the area of photovoltaic desert control will exceed 2 million mu. Currently, the city has built a total of 5.42 million kilowatts of photovoltaic projects and over 200,000 mu of photovoltaic desert control area."   Previously, the main application scenarios of photovoltaic power generation in China were ground-mounted photovoltaic, water-mounted photovoltaic, and rooftop photovoltaic. What are the advantages of building a "Solar Power Great Wall" for desert control in the desert? Xu Ming, the president of the International Industrial Ecology Society, said that using photovoltaic power generation for desert control is an innovative solution with great potential. Take the Kubuqi Desert as an example. On the one hand, there are abundant land resources here, providing sufficient space for the layout of photovoltaic facilities and the implementation of related desert control projects. On the other hand, the average annual sunshine duration here is 3,100 hours, with rich solar energy resources, which helps ensure the efficiency and output of photovoltaic power generation. In addition, Ordos City has built two ultra-high voltage power transmission channels, namely the Mengxi to Tianjin South and Shanghaimiao to Shandong, and is accelerating the construction of two more power transmission channels, ensuring the availability of power transmission channels.   Entering the Jiaao Photovoltaic Industry Chain Low-carbon Demonstration Base project site in Ordos City, cranes are everywhere, and factories and office buildings are rising from the ground. This project with a total investment of 28 billion yuan is being accelerated. "The project is planned to be completed and put into production by the end of 2025. By then, it will form a vertically integrated production base covering silicon ingot, silicon wafers, batteries and modules in the photovoltaic industry," said Huang Bowei, director of the Development and Reform Commission of Ordos City.   Huang Bowei introduced that during the process of building the "photovoltaic Great Wall" for sand control, Ordos City has coordinated the development of the photovoltaic industry and equipment manufacturing, attracted photovoltaic module and other production enterprises to set up factories, and created a new energy equipment manufacturing industrial cluster to boost high-quality economic development.

Wu Guihui, the chief engineer of the National Energy Administration, stated at the China International Solar Energy Summit held in Datong, Shanxi on October 26 that the National Energy Administration is studying and improving policies and measures to promote the development of the photovoltaic industry and will continue to support local authorities and enterprises in doing a good job with ongoing projects and demonstration projects.   Wu Guihui said that in order to protect the environment, combat climate change and achieve green and low-carbon development, China has given priority to renewable energy development and attached great importance to the development and utilization of solar energy. At present, China has formed a solar energy industry with a large industrial scale and strong international competitiveness.   Data show that as of 2011, China's total photovoltaic cell production capacity of more than 20 million kilowatts, the output ranked first in the world. The production and application of solar water heaters for ten consecutive years in the forefront of the world, the global solar collector installation area has exceeded 300 million square meters, only China's heat collection area reached 214 million square meters. However, affected by the financial crisis and the European debt crisis, the global economy is down, trade protectionism is rising, the consensus on climate change is facing new challenges, and some countries have reduced their support for the solar industry, resulting in a decline in the growth of the global photovoltaic power generation market and a contraction in the market.   In this case, China's solar photovoltaic industry has also experienced overall operating difficulties, the contradiction of excess capacity is prominent, policy adjustment is relatively lagging, and photovoltaic enterprises are facing unprecedented pressure.   Wu Guihui believes that adhering to the road of green and low-carbon development and vigorously developing renewable energy and new energy is the common pursuit and desire of governments and people all over the world. In contrast, the industry's woes caused by the slowdown in global solar demand are only a temporary pattern. At present, countries are taking measures to try to change this situation.   China's photovoltaic industry still has a lot of room for growth. Wu Guihui said that in 2011, China's installed capacity of photovoltaic power generation is only 3 million kilowatts, and the 24th released "China's energy policy (2012)" white paper clearly pointed out that by 2015 China will build solar power installed capacity of more than 21 million kilowatts, solar heat collection area will also increase 1.8 times, reaching 400 million square meters. This will unleash huge market demand.   "At present and in the future, the development of renewable energy will still depend on economies of scale." Wu Guihui said that industrial difficulties are also development opportunities, the future will accelerate structural adjustment, limit and put aside backward industries, promote technological progress and innovation, research and solve the distributed power generation direct supply and barrier-free access to the grid, as soon as possible to establish a mechanism and policy system to support the development of China's photovoltaic power generation industry.

Shared hydrogen bicycle, miniature hydrogen charging machine, low pressure solid state hydrogen storage device... The booth of Yongan Hang Technology Co., Ltd. is filled with all kinds of hydrogen energy products. "Green and clean energy is very popular among overseas consumers, and we hope to let everyone feel the convenience brought by hydrogen technology to life, and further understand the rich hydrogen energy application scenarios in the market." The relevant person in charge of the company said that the enterprise's hydrogen energy sharing bicycle project has been promoted in many cities in China, and hydrogen energy products are exported to Europe, the Americas and Southeast Asia. Greening is one of the important trends in the development of international trade. The Canton Fair actively followed this trend, enriched the theme of green energy exhibition, increased the new theme of hydrogen energy in the new energy zone for the first time, and set up a new area for energy storage products, attracting a total of more than 110 new energy exhibitors. According to the pre-exhibition research of the Commerce Department, 55.9% of the enterprises participating in the Canton Fair have patents in the field of appearance, utility and invention in the green low-carbon field, and more than 1.04 million green low-carbon products will be displayed on-site by various enterprises.   At the booth of Shenzhen Huasixu Technology Co., LTD., the heavy truck start-stop lithium battery with a life span of more than 5 years has attracted the attention of many buyers. Hua Sixu sales manager Chen Runqiu introduced that the company in 2013 the first exhibition by two lithium products received foreign orders to dig the "first bucket of gold", this year a number of new energy products are welcomed by new and old customers, exports are expected to reach 1.2 billion yuan, nearly double last year. At home and abroad, the importance of clean energy and energy conservation and environmental protection is increasing, and Chinese enterprises are keenly aware of new trends, and bring forth new ideas to meet demand. Guangdong High and the United States refrigeration Equipment Co., LTD., responsible person Du Wei said: "The company mainly promote air energy heat pump, toward energy saving, environmental protection, efficient, intelligent and other directions of innovation and research and development, not only in the traditional heating, air conditioning, domestic hot water and other fields have rich applications, but also began to expand to energy storage and other fields."