LONGi Guangdong Fengnianshengjing Ecological 5MW Commercial PV Project

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Project Overview

  • Project Type
    Industrial and commercial projects
    Project Location
    China | Guangdong
  • Application Scenarios
    PV + Agriculture
    Project Capacity
    5 MW
  • Product Type
    Hi-MO X10
    Partner
    Guangdong Fengnianshengjing Ecological Co., Ltd
  • COD
    2025/05
Technical Highlights
Hi-MO X10 modules use HPBC 2.0 high-efficiency cell technology, significantly increasing the photovoltaic conversion efficiency. Even under moderate lighting conditions, the power plant maintains stable electricity generation. The module employs advanced encapsulation technology, offering excellent resistance to wind, snow, and salt corrosion, and ensuring durable performance. It can adapt to the varied climate in southern regions, maintaining stable performance even in high-temperature and high-humidity environments. In agro-photovoltaic scenarios, Hi-MO X10 modules' classic design and scientific installation methods minimize the impacts on crop lighting beneath the panels while ensuring easy installation and maintenance, thus reducing both project construction and operational costs.

Project Highlights

Guangdong Fengnianshengjing Ecological Co., Ltd. is an enterprise specializing in ecological agricultural development and operations, holding a significant position in the local agricultural market. Actively exploring integrated development models for agriculture and renewable energy, the company chose to collaborate deeply with LONGi after thorough market research to jointly create an efficient and sustainable modern agricultural ecosystem. Facing tight project timelines to meet the ‘531’ policy deadline, all involved teams coordinated closely to develop a scientific construction plan and optimize resource allocation. Ultimately, the project was completed on schedule, demonstrating outstanding execution capabilities.

The power plant generates up to 6.34 million kWh annually, not only meeting the company’s electricity demand but also feeding surplus power into the grid, delivering significant economic benefits. As a flagship project in the region, it sets a benchmark for the industry in terms of technology application, construction standards, and ecological benefits. Notably, the project adopts an agro-photovoltaic integration model, installing PV modules on mushroom cultivation greenhouses to achieve 'power generation on top and farming underneath.' This setup does not impair crop growth, effectively utilizing land resources, and achieving layered value-added land utilization.