Scientific and technological innovation is an important support to achieve the goal of carbon peaking and carbon neutrality. During the "14th Five-Year Plan" period, energy storage technology progress and industrial upgrading will be promoted through pilot demonstration applications.

Recently, the application of Gree Titanium Energy Storage System in Qinghai Oil Station Project was selected as a "typical case of double-carbon scientific and technological innovation" by China Energy News and China Energy Economics Research Institute, which fully recognized its demonstration role in building a comprehensive energy project of optical storage in high altitude/ultra-low temperature areas.

"Typical case of dual-carbon technology innovation" is mainly oriented to low-carbon, zero-carbon and negative-carbon technology innovation of domestic enterprises, institutions and research institutes in the field of energy, focusing on clean energy utilization, new energy, energy storage, low-carbon industrial process reengineering, comprehensive utilization of solid waste, green building energy conservation and ecological carbon sequestration and other fields, with the strength of scientific and technological innovation to achieve the goal of carbon neutralization.

Exploration on the Transformation of Gas Stations with the Help of Science and Technology

With the decline of fossil energy reserves and the limitation of exploitation, the transformation of traditional energy enterprise gas stations into integrated energy stations integrating photovoltaic energy storage, charging piles and gas stations will become the trend of their development. Building integrated energy stations for photovoltaic energy storage is not only the realization of energy saving and emission reduction of enterprises themselves, but also the exploration of carbon reduction in different fields, which has great economic and social benefits.

Taking the application of Gree Titanium Energy Storage System in Qinghai Oil Station Project as an example, aiming at the plateau characteristics of high cold and high altitude in Qinghai Province, using the characteristics of high safety and low temperature resistance of Gree Titanium Energy Storage System and combining with photovoltaic system to form a photovoltaic storage power station, the unstable photovoltaic power is smoothed and stored, and transformed into green, stable and high quality. It can realize the application of safe power consumption in oil stations in high altitude and ultra-low temperature areas, and provide a new green scheme for the comprehensive energy transformation of oil stations.

Innovation to Promote the "Double Carbon" Process

Innovation is the key to the transformation and upgrading of China's manufacturing industry, and intellectual property rights are the key to the realization of innovative core competitiveness. In recent years, around the goal of low-carbon development and transformation, Gree Titanium has actively carried out research and development of green low-carbon technology, from achieving breakthroughs in key core technologies to the full chain layout of comprehensive demonstration industries, and constantly promoted the development of new energy industry.

At present, the world is undergoing a new round of scientific and technological revolution and industrial transformation, and many countries and regions are actively laying out green low-carbon industries and developing clean technologies to become a new track for global scientific and technological innovation. In this epoch-making change, Gree Titanium will continue to persist in "innovation" and provide more solutions for "green" technology.

In 2022, the invention patent of Gree Titanium New Energy "a lithium titanate composite material and its preparation method, negative plate and lithium ion battery" was successfully awarded the China Patent Gold Award, and won the "first gold" of the invention patent in the lithium battery industry; in October, Gree Titanium realized the leap from an intellectual property advantage enterprise to a demonstration enterprise, and became a "national intellectual property demonstration enterprise"

科技创新是实现碳达峰、碳中和目标的重要支撑。“十四五”时期，将通过试点示范应用带动储能技术进步和产业升级。

近日，格力钛储能系统应用青海油站项目，获中国能源报、中国能源经济研究院评选为“双碳科技创新典型案例”，充分认可其打造高海拔/超低温地区光储综合能源工程的示范作用。

“双碳科技创新典型案例”主要面向国内能源领域企事业单位、科研院所的低碳零碳负碳技术创新，聚焦清洁能源化利用、新能源、储能、低碳工业流程再造、固废综合利用、绿色建筑节能及生态固碳增汇等领域，以科技创新成果实力护航碳达峰碳中和目标的实现。

科技助力油站转型探索

化石能源的储量下降与开采限制，传统能源企业加油站转型为光伏储能、充电桩、加油站为一体的综合型能源站将成为其发展之势，而打造光储综合能源站，不仅是实现企业自身的节能减排，也是不同领域共同减碳的探索，有着巨大的经济效益和社会效益。

以格力钛储能系统应用青海油站项目为例，针对青海高寒高海拔的高原特点，利用格力钛储能系统高安全、耐低温的特性，结合光伏系统等组成光储电站，将不稳定的光伏电力进行平滑及储存，转化为绿色、稳定、高质量的电能输送油站日常使用，实现高海拔超低温地区的油站安全用电应用，为油站能源综合改造提供新的绿色方案。

创新推进“双碳”进程

创新是实现中国制造转型升级的关键，知识产权是实现创新型核心竞争力的关键。近年来，围绕低碳发展转型目标，格力钛积极进行绿色低碳技术的攻关和研发，从实现关键核心技术突破，到综合示范产业的全链条布局，不断推动新能源行业发展。

当前，全球正在进行新一轮的科技革命和产业变革，许多国家和地区正在积极布局绿色低碳产业、发展清洁技术成为全球科技创新的新赛道。在这场具有划时代意义的变革之中，格力钛将继续坚持“创新”不懈，为“绿色”技术提供更多解决方案。

2022年，格力钛新能源“一种钛酸锂复合材料及其制备方法、负极片及锂离子电池”发明专利成功获评中国专利金奖，摘得锂电池行业内的发明专利“首金”；10月，格力钛实现由知识产权优势企业到示范企业的跨越，成为“国家知识产权示范企业”……