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Eging Solar Panel

This premium product has higher power output and a lower cost than that of a single-watt system. The product has excellent performance properties in terms of the occlusion loss/temperature coefficient. Battery half-cutting technology effectively reduces the hot spot risk of high-power components, resulting in better power generation, performance and reliability in system applications.

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Features Of Product

    Mbb Half Cell Design
  • Half cut cell brings lower resistance and increased multi busbar reflectance ensures high power output
  • More Power
  • Ensure Module efficiency upto 21.11%
  • High Reliability
  • Strict In-house testing in PV labs which is CNAS approved & TUV/VDE Certified.
  • Excellent Low light performance
  • Advanced solar cell surface texturing technology allows for excellent performance in low light conditions

EGing PV

EGing PV, established in 2003, is a high-tech company that specialises in the research, manufacture, and marketing of solar photovoltaic devices. EGing PV became the first A-share listed solar cell and module producer on the Shanghai Stock Exchange by developing high efficiency solar cells and modules, as well as focusing on harnessing and promoting renewable energy. As a market and industry-leading vertically integrated solar PV producer with global recognition, EGing PV continues to expand, setting the benchmark for others to emulate. As an International Science and Technology Cooperation Base, EGing PV has established the Jiangsu (EGing) PV Engineering Research Academy, the Jiangsu Solar Energy Materials Engineering Research Centre, the Jiangsu Corporate Technology Centre, the National Postdoctoral Research Base, and joint research centres with top universities. EGing PV's strong R&D capabilities have allowed it to gain over 190 patents and achieve exceptional results across the solar PV value chain. To accomplish total quality management and optimise the supply chain, EGing PV created a vertically integrated business model that encompasses the full PV production cycle, from ingots, wafers, cells, and modules to system integration. Our extensive expertise and experience with silicon growing technology enables EGing to retain a consistent competitive advantage in product quality and energy consumption. State-of-the-art silicon processing equipment ensures high-quality wafers of various sizes for high-conversion rate cells. EGing continuously combines cutting-edge R&D to maintain present and future cell efficiency and performance through the use of high-quality equipment, instruments, and tight quality control systems. The module production lines are completely automated, with no manual interaction. EGing ensures consistent quality and great performance by continuously improving and investing in the manufacturing process. EGing can help and supply our customers and their clients with comprehensive solar energy solutions. EGing's extensive experience in system architecture, engineering, and applications enables it to provide a really value-added solution. A highly integrated industry value chain enables EGing to continuously optimise the production process flow while maintaining overall quality control, hence facilitating stable supply chain management and rapid development. The production capacity of polycrystalline and monocrystalline cells is 1 gigawatt, whereas the production capacity of modules is 1.3 gigawatt. EGing holds IEC61215, IEC61730, CB, CE,TUV, UL, MCS, and JET certifications, as well as SO9001, ISO14001, ISO45001, and QC080000. EGing's products have been sold in Germany, Spain, Italy, the Czech Republic, South Korea, Australia, and South Africa, among other places, offering a variety of solutions for rooftop systems, solar cells, and other applications.

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Helpful Faq’s

Currently, there are two federal government incentives in Australia for homeowners installing solar panels, which include Small-scale Technology Certificates and Feed-in Tariffs. Some of the states provides additional rebates when you install solar power on your home.

  • Small-Scale Technology Certificates (STCs)
  • Feed-in Tariffs.
  • Empowering Homes solar battery loan.
  • Solar for Low-income Households.
  • State Government Rebates (Subject to Eligibility)

The most popular solar system sizes depend on your electricity usage. Here's a general guideline:

  • For homes with a quarterly bill of $350-$500: A 6.6 kW system is common.
  • For homes with a quarterly bill of $500-$800: A 10 kW system is ideal.
  • For three-phase power properties: Systems of 10 kW or more are popular due to feed-in tariff benefits.
  • Your budget: While LG NeON panels perform well, they may cost more than others. Consider the cost-benefit balance based on your budget and priorities.
  • Your electricity needs: The FAQ mentioned system sizes based on quarterly electricity bills. Estimate your needs to determine the appropriate system size (kW).
  • Sun exposure: If your roof gets limited sunlight, LG NeON's double-sided design might be advantageous. Standard panels may suffice with good sun exposure.
  • Roof space: Higher wattage panels need less space, but efficiency (LG NeON) might be more important if space is limited.
  • Local regulations: Check for any local regulations that might influence your choice.
  • Warranty: Look for panels with strong warranties (like LG's 25 years) for long-term performance.

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