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所在平台: Udemy |
课程主页: https://www.udemy.com/course/power_system_economics_and_tariff/
课程评论：没有评论
课程名称：电力系统经济学与 tariff 课程概述：本课程旨在帮助电能消费者（包括住宅、商业和工业用户）深入理解电力系统的tariff结构。每个电力系统公用事业都希望尽可能降低电力生产成本，同时保持可靠性。电力系统工程师在电力经济和tariff结构中常常扮演重要角色。降低能源成本并选择合适的tariff结构对电力系统工程师来说是一个挑战。为此，工程师必须首先了解电力系统经济学和tariff，并进行详细计算。本课程涉及电能生产成本和tariff的计算，使用多种方法，包括双部分、三部分、时段电价（TOD）、ABT及kVAh评估。本课程分为两个主要部分：一部分与电力系统经济学相关，另一部分与电力系统tariff相关。该课程适合公用事业工程师、专业人士，以及各大学的本科最后一年和研究生学生选修。 学习成果：经过本课程的学习，学员将能够： - 定义电力系统经济学和tariff； - 将不同的折旧方法应用于电力系统经济学； - 证明tariff的理想属性； - 区分不同类型的tariff结构； - 使用不同类型的tariff方法计算tariff。
Consumers of electrical energy would be well advised to thoroughly understand the tariff structure of power system. The consumers may be residential commercial and industrial. Every power system utility aims to keep their cost of production of electricity as low as possible with reliability. Power System Engineers can often play a significant role in power system economics and tariff structure. To reduce the cost of energy and choose suitable tariff structure is challenge in front of the power system engineer. To do so, an engineer must first understand power system economics and tariffs with detailed calculations. This course includes calculation of cost of production of electrical energy and tariff using various methods such as two part, three part, TOD, ABT and kVAh tariff. This course have two main sections: one is related to power system economics and another is power system tariff. This course can be opted by utility engineers, professionals and undergraduate final year and post graduate students of various universitiesLearning outcomes:At the end of this course, learner will be able toDefine power system economics and tariffApply different depreciation methods to power system economics.Justify desirable properties of tariff.Differentiate between different types of tariff structures.Calculate tariff using different types of tariff methods.
