Core Viewpoint - The article highlights the transformation of the Ningxia Zhongwei region from a desert area into a thriving ecological zone through the implementation of solar energy projects, showcasing the synergy between renewable energy and ecological restoration. Group 1: Ecological Transformation - The region, previously plagued by sand encroachment, has seen a significant ecological turnaround due to the "Desertification Control" energy base strategy, featuring 6.4 million solar panels generating an average of 5.78 billion kWh of clean electricity annually [2] - The solar panels act as "sunshades" and "rain collectors," reducing surface temperatures and increasing soil moisture, which facilitates the growth of drought-resistant plants and accelerates natural restoration from 10 years to just 3 years [2] - Vegetation coverage in the project area has increased from less than 0.5% to over 20%, with some areas reaching 50%, and biodiversity has expanded from a few species to over 20, including protected animals like the red fox and over 300 gazelles [2] Group 2: Economic Development - The ecological improvements have led to the emergence of a "between-panel economy," with free-range poultry and local specialties like goji berries and grapes being sold online, providing new income opportunities for local residents [3] - Advanced technology plays a crucial role in managing the extensive solar farm, with 10 drones conducting inspections and cleaning over an area equivalent to 8,200 football fields, while robots automate data collection [3] - The new "solar desertification control" model has established a solid sand-locking belt in the Tengger Desert, enhancing forest coverage in Zhongwei and significantly reducing dust storms [3]
探访宁夏中卫：光伏“蓝海”锁黄龙 塞上荒漠变绿洲
Zhong Guo Xin Wen Wang·2025-12-18 00:17