即将于2016随天宫二号发射的伽玛暴偏振探测仪（POLAR）将填补高灵敏度高能偏振探测这一国际空白，其与已发射的暗物质粒子探测卫星DAMPE，及其他一些空间探测项目，将带来我国首批自主获得的高能物理空间探测数据。考虑到随之而来的科学应用需求和高能数据处理的复杂性，为最大化这批数据的科学价值，使其服务于国际太阳物理研究，我们提出以POLAR为主的太阳高能数据挖掘、处理和分析项目。主要任务是：（1）发展从大视场原始数据中处理、准确提取太阳高能数据的方法，包括偏振度，方向及其演化；（2）面向太阳物理界编写并发布对应的处理软件和数据；（3）建立我国首个太阳高能物理数据库，提供服务器端在线模拟功能；（4）结合多波段资料分析首个高质量的太阳高能偏振观测，其形成机制和粒子加速过程。项目将提升我们对太阳高能数据的处理分析水平和粒子加速传输的了解，为我国将来的太阳高能物理探测和研究做人才，技术和经验储备。

POLAR, a compact space-borne gamma-ray burst polarimeter, will be launched in 2016 onboard the Chinese space laboratory Tiangong-2 (TG-2). It’s the first instrument capable for high accuracy polarization measurements from the X-rays and gamma-rays of gamma-ray bursts (GRB) and solar flares. Together with the already launched DAMPE (Dark Matter Particle Explorer) and other ongoing space projects of China, it will bring China’s first space data for high-energy (astro)physics. Considering the complexity of data processing in high energy range and the need of scientific application of this data stream, we propose a POLAR-based project to process and analyze high energy solar physics data, and to maximize the scientific value of POLAR data in solar physics research. Our main tasks include, (1) processing and extracting precise measurements of polarization of solar flares from the raw data collected in wide field of view, including polarization degree, polarization angle, and their time evolution. (2) writing and publishing related software and processed scientific data for solar physics community in the world. (3) establishing China’s first database for high energy solar physics and providing users with 'online simulation' function on the server. (4) analyzing the physical process behind the data, such as polarization formation and particle acceleration, using multi-band observations from other high energy missions and . The project will improve our knowledge of particle acceleration and ability of data processing and analysis for high energy solar physics. Young scientists will gain rich technique and experiences through the project and prepare themselves for China’s high energy solar missions and studies in the near future.