乌克兰湿润地区排水系统修复的经济效益评价:投资决策

H. Voropai, B. Dergaliuk, O. Kavtysh
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引用次数: 1

摘要

对乌克兰潮湿地区恢复排水系统的经济效益进行评估的方法得到证实。已经制定了一个概念性方案,该方案确定了评价阶段、信息输入阵列的来源、战略方向和恢复项目的不变性,规定在评价战略备选方案的项目有效性时考虑系统和非系统性质的一些风险和限制。评估的基础是对排水系统技术条件的材料分析的结果,排水区域的恢复是根据两种选择进行的:工作(面积13112,000公顷)的现代化和非工作(面积1962,9000公顷)的恢复。在恢复(现代化)成本的计算中,对各种排水系统(排水、排水加湿、圩田和水循环系统)修复工作成本的初步评估结果是基于“灌溉和排水战略……”中采用的农场内部和农场间网络修复成本的降低。[27]。对农业生产者具有经济吸引力的农作物(谷物玉米、向日葵、油菜籽、大豆)在实施排水系统修复(现代化)工程前后的生产条件下的生产经济指标进行了计算。将贴现率定义为加权平均资本成本(WACC)的传统方法应用于预测指标的计算。考虑到排水系统修复(现代化)项目的具体情况及其持续时间,在考虑通货膨胀因素和农工综合体企业股权资本价值的情况下,选择法人实体的长期贷款和存款(无风险)加权平均利率作为初步投资前分析的贴现率。根据确定投资成本回报的合并期权,采用情景法计算排水系统修复(现代化)项目有效性,证明了贴现率为r1(2021年)和r2(2022年初)的期权,以及股权方案的贴现率,它们给出了投资项目的积极指标。说明了其实施的方便性和经济效益。三种方案的内部收益率均有足够的安全边际(24-26%)。最经济的权宜之计是选择从农工综合体企业的股权资本中融资,其中非贴现(RR)和贴现(DPP)的投资回收期分别为3,4和4,7年。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EVALUATION OF THE ECONOMIC EFFICIENCY OF RESTORATION OF DRAINAGE SYSTEMS IN THE HUMID ZONE OF UKRAINE: MAKING INVESTMENT DECISIONS
Approaches to assessment of the economic effectiveness of restoring drainage systems in the humid zone of Ukraine are substantiated. A conceptual scheme has been developed that determines the stages of evaluation, sources of the input array of information, strategic orientation, and invariance of restoration projects, provides for considering a number of risks and limitations of a systemic and non-systemic nature when evaluating the project effectiveness of strategic alternatives. The basis of the evaluation is the results of the analysis of materials regarding the technical condition of drainage systems, the restoration of which in the drainage area is carried out according to two options: modernization of working (on an area of 1311,2 thousand ha) and restoration of non-working (on an area of 1962,9 thousand ha) drainage systems. In the calculations of restoration (modernization) costs, the results of a preliminary assessment of the cost of restoration work for various types of drainage systems (drainage, drainage-humidification, polder, and water circulation systems) were used based on the reduced costs for restoration of the intra-farm and inter-farm network, which were adopted in the "Strategy of Irrigation and Drainage ..." [27]. The economic indicators of the production of agricultural crops economically attractive to farming producers (grain corn, sunflower, rapeseed, soybean) were calculated under the conditions of their production before and after the implementation of the project of restoration (modernization) of drainage systems. The application of the traditional scheme for projected indicators calculating, at which the discount rate was defined as the weighted average cost of capital (WACC), is substantiated. Taking into account the specifics of drainage system restoration (modernization) projects and their duration, the weighted average rates for long-term loans and deposits (risk-free) for legal entities, taking into account the inflation component and the value of equity capital of agro-industrial complex enterprises, were chosen as the discount rate for the preliminary pre-investment analysis. Based on the calculation of the project effectiveness of the restoration (modernization) of drainage systems using the scenario approach according to the consolidated option for determining the payback of investment costs, it is proved that the options at the discount rates r1 (for 2021) and r2 (for the beginning of 2022), as well as the discount rate for the equity scheme, they give positive indicators of the investment project, which indicates the expediency of its implementation and economic efficiency. The internal rate of return for the three options shows a sufficient margin of safety (24–26%). The most economically expedient is the option with a source of financing from the equity capital of agro-industrial complex enterprises, for which the non-discounted (RR) and discounted (DPP) payback terms are 3,4 and 4,7 years, respectively.
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