Nowadays, Malaysian demand in energy sector was drastically increase due to technological developments. Since, hydropower is one of potential renewable energy source in Malaysia. The largest electricity utility company, Tenaga Nasional Berhad was provide an electricity to more than seven million people via independent suppliers in peninsular Malaysia and Sabah by intended a potential sustainable hydropower system. In order to increasingly the power capacity from current use, 1882 MW to more than 3000 MW by years 2020. In this study, the environmental issues and also the penalty to the responsible company especially on Tenaga Nasional Berhad (TNB) towards their project or business are one of the problems. Other than that, every project or business has to prepare a sustainability statement or sustainability report as vital to Bursa Malaysia Securities Berhad under their listing requirements. Next, the sustainability performance on their project cannot be determined to achieve the key performance indicators (KPI) satisfaction from Government, stakeholder or any responsible agencies. This study presents an exhaustive review of these studies and suggests a direction for future developments. Sustainability Assessment framework or self-assessment is decidedly as a significant framework to assist towards sustainability reporting and to produce a Sustainability index for Hydropower sector using a mathematical model study. The results reveal that, the quantitative measurement from Sustainability Assessment framework to Systematic Sustainability Asssesment tool can be produce. In doing so, it is possible to improve the performance of the project especially in hydropower planner.
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机译：如今，由于技术发展，马来西亚能源部门的需求大幅增加。由于，水电是马来西亚潜在的可再生能源之一。最大的电力公用事业公司，Tenaga Nasional Berhad是通过潜在的可持续水电系统通过半岛马来西亚和沙巴的独立供应商提供电力。为了越来越多的电力能力，在2020年的目前的使用量，1882兆瓦至超过3000兆瓦。在这项研究中，环境问题以及对负责任公司的罚款特别是在Tenaga Nasional Berhad（TNB）对其项目或企业的罚款是其中一个问题。除此之外，每个项目或业务必须在其上市要求下为Bursa Malaysia Securities Berhad做出准备可持续性声明或可持续发展报告。接下来，无法确定其项目的可持续性表现，以实现政府，利益攸关方或任何负责机构的关键绩效指标（KPI）满意度。本研究提出了对这些研究的详尽审查，并提出了未来发展的方向。可持续性评估框架或自我评估决定作为帮助可持续性报告的重要框架，并利用数学模型研究为水电部门提供可持续性指数。结果表明，可以产生从可持续性评估框架的定量测量来产生系统的可持续性蛋白酶。这样做，可以提高项目的性能，尤其是水电策划者。
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