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水上的高级能力建设计划...
DST在Gangtok锡金大学地质学系的卓越中心正在组织“水资源管理高级培训计划，冰川监测与气候变化研究”。培训计划旨在提高在Cryosphere，水文学和气候变化研究领域工作的专业人员和利益相关者的能力，并提供动手培训。培训计划应包括三周的内部动手训练，其中包括对湖泊和弹簧的地球物理研究，环境数据科学，黑碳引起的辐射强迫，评估冰川湖的GLOF潜力以及用于水文建模的AI/ML。有针对性的参与者研究生，博士学位。学者，博士后研究人员，科学家和利益相关者在水资源管理/冰冻圈/气候变化研究领域工作，可以适用于培训计划。此培训计划可用的座位总数为20。将偏爱具有冰川学/水资源管理/遥感/气候变化研究的先验知识/背景的候选人。旅行和住宿：该培训计划由印度政府科学技术部（DST）完全资助，该计划是在锡金大学地质学系成立的“ DST的卓越中心”。选定的参与者将获得火车票价的报销（AC III Tier）。应为甘托克选定的参与者提供计划。参与者需要带上自己的笔记本电脑。申请程序符合条件的候选人被要求使用链接https://forms.gle/vq5vry64uyjzmy3b9注册并填写在线申请表，最新时间在2025年1月15日之前。候选人选出的培训计划应在2025年1月20日之前告知有关任何查询，请致电 +91-9873122054/ +91-8100420032或发送电子邮件至dstcoe.su@gmail.com。选定的参与者应有权从其机构/组织参加培训计划。赞助教授Jyoti Prakash Tamang教授，锡金大学副校长，Gangtok，Sikkim组织团队Anil Kumar Misra博士Anil Kumar Misra博士。Ranjan，锡金大学地质系副教授Nishchal Wanjari博士，锡金大学地质学系副教授
水上的太阳革命
List of Figures Figure 1: Schematic of an FPV system 8 Figure 2: Schematic of a Floating Platform 9 Figure 3: Schematic of an Anchoring and Mooring System 10 Figure 4: UP Solar Energy Target 13 Figure 5: Year-on-Year solar installed capacity in UP 14 Figure 6: Approvals necessary to set up an FPV project 17 Figure 7: GIS image representations for water boundary extraction in Lalitpur and Sonbhadra districts 20 Figure 8: GIS image representations for depth estimation in Lalitpur and Sonbhadra districts 21 Figure 9: District-wise distribution of water bodies in UP 22 Figure 10: FPV potential varying by water body coverage 23 Figure 11: District-wise FPV deployment potential (in MW) by varying percentages of water body coverage (20%, 25% and 30%, clockwise) 24 Figure 12: GIS image representations for proximity analysis to road networks in Lalitpur and Sonbhadra districts 25 Figure 13: Number of water bodies connected to a road network (< 2.5 km distance) 25 Figure 14: GIS image representation of water bodies located in protected areas 26 Figure 15: FPV potential of water bodies inside protected areas 27 Figure 16: Annual expected energy generation of FPV systems by varying probability of realisation and water body coverage 29 Figure 17: Monthly generation of FPV system varying by tilt angle and水体覆盖率29