中国能建：《国之能脉》之《炽光铺西域》

Core Insights - The documentary series "National Energy Pulse" by China Energy Construction Corporation highlights the journey of China's solar thermal industry from catching up to leading the global market [1] Group 1: Development of Solar Thermal Industry - The first solar thermal power station with independent intellectual property rights in China began construction in 2006 and was completed in 2012, marking the dawn of solar thermal energy in the country [2] - In 2016, the first batch of solar thermal demonstration projects was launched, with China Energy Construction's 50 MW molten salt tower solar thermal project in Hami being a key initiative [2] Group 2: Innovation and Overcoming Challenges - The Hami project faced significant challenges in 2019 due to the pandemic, which led to the withdrawal of foreign experts and a blockade of core technologies, prompting the team to pursue domestic innovation [3] - By September 2021, the Hami project achieved 240 hours of continuous stable operation, leading to the establishment of comprehensive standards and breakthroughs in core technologies within the solar thermal sector [3] Group 3: Expansion and Integration - China Energy Construction is set to launch the world's largest 1500 MW solar thermal storage integrated base in Hami in 2024, showcasing a shift from difficulty to advantage in the solar thermal industry [4] - The project addresses various construction challenges, including innovative piling techniques and winter construction in extreme cold, contributing to the overall improvement of the industry chain [4] Group 4: Global Leadership and Market Reach - The successful demonstration of various solar thermal technologies has positioned China as a leader in clean energy solutions, with a domestic production rate of 99% for solar thermal projects [5] - The complete industry chain now includes research, design, construction, and operation, enabling Chinese solar thermal technology to expand into international markets and support global energy transitions [5]