“风光”之后的棋局：海南州如何落子？

Core Viewpoint - The article highlights the transformation of Hainan Tibetan Autonomous Prefecture into a leader in clean energy, showcasing the successful integration of renewable energy with ecological restoration and economic development, particularly through the innovative "photovoltaic sheep" model [4][5][6]. Group 1: Clean Energy Development - Clean energy has become the dominant industry in Hainan Prefecture, contributing 60% to local fiscal budget revenue, 70% to fixed asset investment, 80% to industrial added value, and 90% to above-scale industrial added value [4]. - The "Green Electricity Three Rivers Source" project strategy aims to leverage local water, wind, solar, and geothermal resources to enhance energy output and establish a multi-energy complementary system [7]. Group 2: Ecological Restoration - The vegetation coverage in the Tarat Plateau has increased from less than 5% to 80%, demonstrating significant ecological recovery facilitated by the installation of solar panels [6]. - The innovative "photovoltaic sheep" model allows for the coexistence of solar energy generation and livestock grazing, enhancing both ecological and economic outcomes [5][7]. Group 3: Economic Impact - The integration of clean energy and agriculture has led to reduced agricultural production costs and increased the added value of agricultural products, contributing to rural revitalization [7]. - The establishment of 32 photovoltaic ecological pastures has resulted in the breeding of over 20,000 "photovoltaic sheep," boosting income for local farmers and herders [9]. Group 4: Social Benefits - Clean energy initiatives have achieved full coverage of clean heating across five counties, significantly lowering heating costs for residents compared to traditional methods [8]. - Distributed microgrid technologies have improved the quality of life for remote pastoral communities, transitioning them from merely having electricity to effectively utilizing it [8]. Group 5: Future Prospects - Hainan Prefecture plans to expand the successful "photovoltaic sheep" model to other areas, including using solar panels for livestock heating, promoting a collaborative development of "solar agriculture" and "geothermal agriculture" [7]. - The region's unique climate conditions provide a solid foundation for developing data centers powered entirely by green electricity, with significant investments planned for computational projects [9].