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Integrated Modeling Technology - Minimizing Risk and Maximizing Return on Hydro

机译:集成建模技术-最小化风险,最大化水利回报

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摘要

This overview has put forward the case for balanced sustainability- pushing the envelope to propose solutions that offer the best possible path forward, improve resource efficiency and improve return on investment. Design is clearly a critical part, but this can only be informed by the availability of effective estimates for a project. Climate conditions have introduced greater uncertainty into this task and have necessitated it further. Hydropower has unique characteristics among power generation assets: the lifetime of hydropower plants (generally over 100 years) exceeds by far the financial payback period of roughly 10 to 30 years. This means that such an investment will create significant wealth for a company, a country and its inhabitants for decades. That's the essence of sustainability: providing future generations with assets instead of liabilities. That long-term benefit is only possible if correct inflow estimates make investment possible and profitable.
机译:本概述提出了平衡可持续性的理由-提出建议,提出可提供最佳途径,提高资源效率和提高投资回报率的解决方案。设计显然是至关重要的部分,但这只能通过项目有效估算的可用性来告知。气候条件给这项任务带来了更大的不确定性,并使其变得更加必要。水电在发电资产中具有独特的特征:水力发电厂的寿命(通常超过100年)远远超过了大约10到30年的财务回收期。这意味着数十年来,这种投资将为公司,国家及其居民创造大量财富。这就是可持续性的本质:为子孙后代提供资产而不是负债。只有正确的投资估算使投资成为可能并实现盈利,才能获得长期利益。

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