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Solar Energy for India ― Status, Potential and Impact

机译:印度的太阳能―地位,潜力和影响

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It reviews the development of solar energy science and technology in India during last 40 y to a stage where India has one of the largest R&D and solar technology application program in the world touching every nook and corner of the country. Solar water heaters, box type cookers and home lighting systems using solar PV have become widely available at reasonable costs appropriate to them. Original lacunae of top down planning without participatory decision making of users, subsidy driven programs, lack of monitoring and preventive maintenance and non-application of the solar energy with a view to resource augmentation and equity, are now in the process of being eliminated. Emergence of considerations of pollution free clean development, global climate change and stress on creation of livelihoods vis-a-vis satisfaction of basic needs and requirements of quality in open marketing system rather than hands on indigenisation are the current stream in full force. The real solution will be somewhere in the middle for developing countries, where efficiency per unit cost of devices and systems and least capital cost of creating sustainable livelihoods will define the site specific recipes most effective to each situation. This has yet to happen. A technological shift has been from dreams of complete energy autonomy to hybridization and partial autonomy because, given the requirements of entrenched life styles in rich countries and aspirations of less developed countries, the former was economically not viable. Passive systems of building for climate tempering and solar PV integrated with buildings are taking shape now and will be the mainstream of immediate future. Also, briefly covered are the path breaking scientific advances of photochemical and microbial production of hydrogen, its storage and use in fuel cells which are in their initial stages, but are promising avenues. Since most of these technologies arc proprietary, even at the risk of reinventing the wheel. India has to strike its own path. Direct solar, biomass based power generation and wind electric generation are immediate options; solar PV integrated with buildings along with hydrogen based fuel cells (hydrogen being generated from (wastes/sea water by solar energy) are the solution for the next decade. Considerations of energy equity, security and quality along with non-administered realistic tariffs of oil and electricity provided by conventional means will take care of the economic and ecological options sooner than we expect.
机译:它回顾了过去40年来印度在太阳能科学和技术方面的发展情况,这一阶段印度拥有世界上最大的研发和太阳能技术应用计划之一,涉及印度的每个角落。太阳能热水器,箱式炊具和使用太阳能PV的家庭照明系统已经可以以适合他们的合理价格广泛获得。自上而下计划的原始缺陷,而没有用户的参与性决策,补贴驱动的计划,缺乏监控和预防性维护以及为了资源增加和公平性而没有使用太阳能,现在正在被淘汰。出现了无污染清洁发展,全球气候变化和强调创造生计的观念,这些观念是在公开市场体系中而不是在本土化基础上满足基本需求和质量要求,这已成为当前的全力推动。真正的解决方案对于发展中国家来说将处于中间位置,那里设备和系统的单位成本效率以及创造可持续生计的最低资本成本将确定针对每种情况最有效的特定于现场的配方。这还没有发生。从完全的能源自主的梦想到混合动力和部分自主的梦想已成为技术上的转变,因为鉴于富裕国家根深蒂固的生活方式要求和欠发达国家的愿望,前者在经济上不可行。用于建筑物的气候回火和太阳能光伏被动式建筑系统正在形成,并将成为近期的主流。此外,简要介绍了打破光化学和微生物生产氢的科学进展,其在燃料电池中的存储和使用的科学进展之路,这些技术尚处于初期阶段,但它们是有希望的途径。由于这些技术大多数都是专有技术,因此即使有重新发明轮子的风险。印度必须走自己的路。直接太阳能,生物质能发电和风力发电是即时选择;与建筑物集成的太阳能光伏电池以及氢基燃料电池(由(废料/海水通过太阳能产生的氢)产生的氢)是下一个十年的解决方案,需要考虑能源公平性,安全性和质量以及对石油实行的非管理性实际关税传统方式提供的电力将比我们预期的更快地处理经济和生态方面的选择。

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