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LONGi Hi-MO 7 Bifacial Modules Set a New Technical Benchmark for Utility-Scale Solar Projects As global solar installations continue to expand toward larger, more sophisticated power plants, the industry’s focus has shifted from simple capacity growth to system efficiency, reliability, and lifecycle value. In this context, LONGi Solar’s Hi-MO 7 bifacial double-glass modules represent a strategic response to the evolving technical and economic requirements of utility-scale and commercial photovoltaic projects. Rather than being a conventional power upgrade, Hi-MO 7 reflects a broader trend in PV technology: maximizing energy yield per module while simultaneously reducing system complexity and long-term operational risk. Engineering for High-Density Power Generation One of the most notable characteristics of the Hi-MO 7 series is its high power density, with output levels reaching 605W, 610W, and 615W. This increase in power is not merely incremental; it directly influences plant design, land use efficiency, and overall system economics.

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Technical / Business Article (Professional & Investor-Oriented) LONGi unveiled its EcoLife Series at the Intersolar Exhibition on May 7th, introducing the first mass-produced photovoltaic module based on Hybrid Interdigitated Back Contact (HIBC) technology. This advanced cell architecture minimizes optical and electrical losses, enabling a mass-production cell efficiency of 27.3% and a module efficiency exceeding 25%. According to Zhong Baoshen, Chairman of LONGi, the initial market focus is Europe’s high-end residential segment, followed by a phased expansion into domestic commercial and industrial solar markets. The EcoLife Series is positioned to address the challenges of the post-5.31 era, where higher efficiency per unit area and long-term system value are critical to project success.

JA Solar’s latest high-efficiency solar modules bring breakthrough performance to the photovoltaic industry. Featuring advanced back-contact technology and optimized cell passivation, the new panels deliver increased energy output, superior durability, and long-term sustainability for global solar installations.

A Solar introduces its latest high-efficiency GEN 3 solar panels, designed to deliver superior power density and long-term reliability. Leveraging advanced n-type cell technology, these modules optimize energy conversion while ensuring durability under diverse environmental conditions, empowering residential, commercial, and utility-scale applications worldwide.

Introducing the LONGi Hi-MO X6 Modules: A Breakthrough in Solar Technology The LONGi Hi-MO X6 series represents a significant leap forward in solar technology. These modules are engineered to deliver exceptional performance with 420W output and outstanding energy efficiency. The advanced technology behind the Hi-MO X6 enhances both the durability and reliability of the solar panels, making them ideal for a wide range of applications. With a focus on delivering high output while minimizing degradation over time, the Hi-MO X6 is designed to ensure long-term value for both residential and commercial energy solutions. The integration of cutting-edge technologies, such as half-cell technology and PERC (Passivated Emitter Rear Contact) cells, allows the Hi-MO X6 modules to achieve remarkable energy conversion efficiency and performance even under low light conditions, ensuring that users benefit from a reliable and efficient energy source for years to come.

Introducing the JAM72D42 LB High-Efficiency N-type Bifacial Solar Panel by JA Solar ] – In its ongoing commitment to advancing renewable energy solutions, JA Solar proudly presents its latest innovation in solar technology: the JAM72D42 LB High-Efficiency N-type Bifacial Solar Panel. Designed with cutting-edge technology and a focus on performance, this panel sets a new standard for solar energy production, making it an ideal choice for both residential and commercial installations.

JA Solar is redefining photovoltaic performance and applications through continuous innovation in cell technology, module design, and large-scale manufacturing excellence. By leveraging advanced n-type technologies, high-efficiency cell architectures, and optimized module structures, JA Solar delivers solar solutions that consistently achieve higher power output, improved reliability, and lower levelized cost of energy (LCOE).

JA Solar photovoltaic modules are engineered with advanced cell technology to deliver high power output, excellent conversion efficiency, and long-term reliability. Backed by a globally trusted brand, these modules are designed to perform steadily in diverse environments, from residential rooftops to large-scale commercial and utility projects. With optimized power generation, low degradation rates, and strict quality control, JA Solar panels help maximize energy yield while reducing overall system costs. Committed to sustainable development, JA Solar promotes clean energy solutions that reduce carbon emissions and support a greener, more environmentally friendly future worldwide.

GoodWe: Intelligent Solar-Storage System Supports Green Transformation and Ensures Energy Safety and StabilityAs the core venue for image presentation and business reception at Mingyu Heavy Industry's exhibition hall, along with the employee dormitory building serving as living quarters and charging stations as convenient facilities within the park, all require round-the-clock stable power supply assurance. With its integrated solar-storage system at the core, GoodWe provides Mingyu Heavy Industry with a multi-layered power supply guarantee system, addressing the challenge of power stability across multiple scenarios. In the event of sudden grid outages, voltage fluctuations, or other abnormal conditions, the ESA125kW/261kWh commercial and industrial all-in-one storage cabinet can swiftly switch to backup power mode. This ensures uninterrupted power for exhibition hall lighting, equipment operation, dormitory living electricity, and charging station supply, preventing business disruptions or daily inconveniences caused by power outages. Additionally, it features six layers of high-reliability safety design, comprehensively safeguarding the energy storage system's secure operation and ensuring stable, synchronized performance across all of the enterprise’s electricity usage scenarios.