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首页> 外文会议>IEEE International Conference on Smart Instrumentation, Measurement and Applications >Techno-commercial feasibility of grid-tied solar system in philips morris pvt ltd (commercial building) of Pakistan
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Techno-commercial feasibility of grid-tied solar system in philips morris pvt ltd (commercial building) of Pakistan

机译：巴基斯坦飞利浦莫里斯PVT LTD（商业建筑）网格封持太阳系的技术商业可行性

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Pakistan is a developing country. The population of Pakistan is increasing day by day and due to increase in population the demand of electrical energy is also rising. Currently, Pakistan has a power generation gap of average 4500 to 5500 megawatt hour (MWh) [1]. The Renewable energy plays a vital role in such energy crisis by generating alternative power which is environmental friendly and reduces the carbon foot prints from the environment. The renewable energy sector that is solar, wind and hydro power is a very active area of research and there is a huge space available for modern industrial units and commercial buildings to fill the gap of energy generation and demand energy of Pakistan. In order to void that gap Philips Morris Pvt. ltd initiate with an on-grid solar system with Orient Energy Systems Pvt. ltd with a solar photovoltaic(PV) potential 151.2 kWp for first phase and it will extend up to 458.6 kWp in three phases. By installing solar system the firm saves to millions of rupees in bills of grid and also contributes towards green environment by reducing foot print of carbon dioxide emission from other power generation techniques. This paper provides a techno commercial feasibility of the implementation of the project and environmental friendly impact of such projects on global warming and ozone layer as well as the also shows that in future to reduce the dependency over energy sector and move towards self-reliance in generating greener and cleaner energy.
机译：巴基斯坦是一个发展中国家。巴基斯坦人口日益增加，由于人口的增加，电能的需求也在上升。目前，巴基斯坦的发电差距平均为4500至5500兆瓦（MWH）[1]。通过产生环保的替代力，可再生能源在这种能源危机中起着至关重要的作用，并减少了环境中的碳脚印。可再生能源部门是太阳能，风力和水力发电的是一个非常活跃的研究领域，现代工业单位和商业建筑有一个巨大的空间，以填补巴基斯坦能源生成和需求能源的差距。为了使差距飞利浦莫里斯PVT空白。有限公司用一个带有东方能源系统PVT的网格太阳能系统启动。具有太阳能光伏（PV）电位的有限公司，第一阶段151.2 kWp，三个阶段将延伸到458.6 kWp。通过安装太阳能系统，公司可以节省数百万卢比的网格，并通过减少来自其他发电技术的二氧化碳排放的脚印来促进绿色环境。本文提供了对全球变暖和臭氧层这些项目的项目和环境友好影响的技术和环境友好影响的技术可行性，以及将来在将来减少对能源部门的依赖并朝着自力更生产生的依赖更环保和更清洁的能量。

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