释放印度浮动太阳能光伏的潜力(英)-152页.

Public Disclosure AuthorizedPublic Disclosure AuthorizedPublic Disclosure AuthorizedPublic Disclosure AuthorizedOCTOBER 2023Unlocking the Potential ofFloating Solar Photovoltaics in IndiaVOLUME 1: MAIN REPORTDisclaimer The study focuses on Floating Solar Photovoltaics (FSPV) based power plants on inland waterbodies and details of applicable standards are included in the Volume 2: Guidance Document.The study reflects the view of the World Bank and does not necessarily reflect the view of the Government of India (GoI) and the findings of the study are not binding on the GoI.FOREWORD by COuntRy DiRECtOR, inDia • iiiFOREWORDby Country Director, indiaRamping up renewable energy is an integral part of India’s plans to reduce greenhouse gas emissions to meet its Nationally Determined Contributions (NDC) under the Paris Agreement. In this context, India is taking rapid steps to incorporate abundantly available and affordable renewable resources into its energy mix. Yet while India’s renewable energy resources are widely available, they often cannot be fully utilized due to a variety of factors, such as the paucity of large tracts of suitable land, or the high opportunity cost of land, among others. This report builds a compelling case for India to look beyond land and institute an ecosystem that supports the installation and operationalization of floating solar photovoltaics (FSPV) power plants. Since these plants are installed on the underutilized surfaces of large water bodies, no land needs to be diverted from other uses. The installation of FSPVs also spurs job creation and catalyzes the development of a domestic value chain as some of the components, such as floaters, need to be manufactured close to installation sites. They also provide a range of other benefits as they generate relatively more power than ground-mounted solar plants (due to the cooling effect of water) and better utilize shared infrastructure such as transmission systems, wherever available. India has an estimated potential of about 300 gigawatts of FSPV but less than 350 megawatts has been realized to date. The report analyses the constraints leading to the moderate pace of FSPV installation in the country and draws from global experience to suggest measures that can unlock the FSPV potential in India and other South Asian countries. The report also provides insights on the technical standards to be adopted in the use of floating solar technology. I hope this study contributes towards deepening the understanding of policymakers and developers and facilitates the deployment of floating solar power plants, contributing to the achievement of India’s NDC objectives, promoting energy independence and creating jobs for the people. Auguste Tano KouameCountry Director, IndiaThe World BankFOREWORD by COuntRy DiRECtOR, inDia • iiiFOREWORDby Country Director, indiaRamping up renewable energy is an integral part of India’s plans to reduce greenhouse gas emissions to meet its Nationally Dete

立即下载
化石能源
2024-01-20
世界银行
152页
4.18M
收藏
分享

[世界银行]:释放印度浮动太阳能光伏的潜力(英)-152页.,点击即可下载。报告格式为PDF,大小4.18M,页数152页,欢迎下载。

本报告共152页,只提供前10页预览,清晰完整版报告请下载后查看,喜欢就下载吧!
立即下载
本报告共152页,只提供前10页预览,清晰完整版报告请下载后查看,喜欢就下载吧!
立即下载
水滴研报所有报告均是客户上传分享,仅供网友学习交流,未经上传用户书面授权,请勿作商用。
相关图表
上市以来公司的 PE 估值中枢为 83 倍
化石能源
2024-01-20
来源:国光电气(688776)深度报告:特种微波器件核心供应商,核工业设备打开第二增长曲线
查看原文
可比公司估值(市值数据截至 2024 年 1 月 17 日收盘)
化石能源
2024-01-20
来源:国光电气(688776)深度报告:特种微波器件核心供应商,核工业设备打开第二增长曲线
查看原文
公司核工业设备及部件营收占比持续提升 图27: 2018-2022 年公司核工业设备及部件营收 CAGR=110%
化石能源
2024-01-20
来源:国光电气(688776)深度报告:特种微波器件核心供应商,核工业设备打开第二增长曲线
查看原文
公司核聚变设备主要包括偏滤器、屏蔽模块热氦检漏设备、包层第一壁板等
化石能源
2024-01-20
来源:国光电气(688776)深度报告:特种微波器件核心供应商,核工业设备打开第二增长曲线
查看原文
ITER 计划中国主要供应商
化石能源
2024-01-20
来源:国光电气(688776)深度报告:特种微波器件核心供应商,核工业设备打开第二增长曲线
查看原文
ITER 项目中国承担 18 个采购包,整体费用占比约 9%
化石能源
2024-01-20
来源:国光电气(688776)深度报告:特种微波器件核心供应商,核工业设备打开第二增长曲线
查看原文
回顶部
报告群
公众号
小程序
在线客服
收起