SIMAHPP for Hydropower - 环境分析仿照软件
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SIMAHPP是一款对水力,成本预算和环境参数的水电项目分析和能源仿照的Windows软件工具。提供能源出产,经济上成本分析,环境影响,设备和资料选择的具体分析和了局。
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SIMAHPP5用于多站点仿照(multi-site simulation),以确定工作流程设计流畅并选择的水轮机,营运功夫,以较大限度地提高年度能源出产,确定能源收入,估算投资和守护成本,确定摊销率,净现值(Net Present Value, NPV),内部收益率(Internal Rate of Return, IRR),回收期。 SIMAHPP5思考环境影响成分,例如通过削减碳排放或环境在价值产生方面。 SIMAHPP 5拥有的分析职能,拥有涡轮效能编纂器和报表天生造作的职能。
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与其前身SIMAHPP 4.相比,SIMAHPP 5拥有以下重要职能:
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单一用处(水电规划)或多用处规划(水力+供水,灌溉和用水需要)
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多年数据纪录和分析(规划40多年的数据)
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额表经济利益的选择(例如灌溉,防洪,供水,航行,渔业,碳销售等)
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环境影响评估的选择
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处逐日,每月和每年均匀值之表,每周和每颖厩值的数据选项
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使用Darcy-Weisbach , Manning , Hazen-Williams进行头部损失的选项
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合用于的涡轮机选择和相应的速度,压力管直径,静压的推算的算法
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多种输入和输出参数单元(SI , US/UK系统)
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拥有相应粗糙度的长管资料列表
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输入和输出数据的复杂数据可视化(多年,多站点,多参数)
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R EVERS顶点分析,多尺度,多线,缩放,导出等
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活络度分析和活络度指数可视化
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总结并天生仿照汇报
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项目,分类为能源出产,经济分析,环境影响,设备和资料
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网站地位图
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网络框架
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站点的项目仿照了局情况如下:
能源出产:水电打算的能源出产能力分析提供了了局
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净头选取三种水头损失步骤
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来自FDC(流动持续功夫曲线)的设计流程
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设计能量的操作功夫
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功率容量
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能源出产
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经济分析:分析水电打算提供的财政可行性和了局
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能源销售收入
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碳市场收入
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在家庭供水,灌概酌水,防洪,航行,渔业等多用处的情况下增长收入
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投资成本
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投资成本/千瓦时
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运行守护成本,净现值(NPV)
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内部收益率(IRR)
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投资回收期
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摊销打算
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环境影响和治理打算:对环境影响的分析和水电打算的治理打算提供了了局
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减排量
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人丁颠沛流离
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野活泼物迁徙
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水生栖身地损失
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丛林断根
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地皮使用变动
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安设规划
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地皮使用变动
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安设规划
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刘宇治理
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指数
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公家意识打算
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设备和资料:系统的分析设备和资料的类型
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涡轮机类型
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具体速度
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压力钢管尺寸
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压力管资料
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SIMAHPP 5的三个版本:尺度版,Pro版、 企业版比力如下:
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多站点,多用处水力系统
一次运行能够仿照5个站点或项目规划。在这里,用户能够选择项目站点的数量,流量数据类型,数据纪录的年数,单个或多用处的档案类型,以及压力钢管的估计长度。此表,用户能够选择水头损失步骤,压力管资料和丈量单元进行仿照。
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竞争用水户(再多用处水电系统的情况下)或单用处(水力发电)水电规划
SIMAHPP提供5个项目站点或规划的流量和头数据编纂器。若是场地用于多用处,则能源仿照将思考水电项主张净流量。在这种情况下,该打算的额表benetits奖凭据幼我用水量进行评估。
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项目流动水文
SIMAHPP天生流量和水头的水位线。它拥有复杂而的可视化和导出职能
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确定设计流量和大能量
使用“反向轴”职能,能够进行大量分析。例如,通过将设计流量与能量进行比力,能够很地看到提供大能量的流量;鼓芄煌üセ骰家亲蟛嗨璧母囱】蚶醇平戏抡毡涮。
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Overview
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SIMAHPP is a Windows ased tool for hydropower projects analysis and energy simulations? using hydraulic, financial, and environmental parameters. It provides detailed analysis and results on energy production, economic analysis, environmental impacts, equipment and material selection. Since its release in 2009, SIMAHPP has been used in more than 30 countries in Europe, North and Latin America, Africa, Asia & Australia.
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SIMAHPP5 is for multi-site simulation to determine design flows and to choose appropriate hydro turbine, optimize time of operation so as to maximize annual energy production, determine the energy revenue, estimate investment and maintenance costs, determine amortization rates, Net Present Value (NPV), Internal Rate of Return (IRR), payback periods.? SIMAHPP5 takes into consideration the environmental impact of the project such as in terms of value generation by reducing carbon emissions or other environmental risks.? SIMAHPP 5 is provided with features for sensitivity analysis, turbine efficiency editor, and report generation. ?
Compared to its predecessors, i.e. SIMAHPP 4., SIMAHPP 5 has the following key features:
??? Single-purpose (only hydro scheme) or multi-purpose scheme (hydro + options for water supply, irrigation, and other water needs)
??? Multi-year data record and analysis (40+ years data per scheme)
??? Options for additional financial benefits (such as from irrigation, flood protection, water supply, navigation, fisheries, carbon sales, recreation)
??? Options for environmental impact evaluation (such as population displacement, wildlife, aquatic loses, forest loses and other land changes and integration of environmental action plans, etc
??? Data options for weekly and hourly mean, in addition to daily, monthly and annual mean
??? Options to use head losses using Darcy-Weisbach, Manning, Hazen-Williams
??? Efficient algorithm for appropriate turbine selection and computation of corresponding specific speeds, penstock diameter, static pressure
??? A wide range of units for input and output parameters (SI, US/UK systems)
??? Long list of penstock materials with the corresponding roughness properties
??? Sophisticated data visualization for both input and output data (multi-year, multi-site, multi-parameter). ?
??? Reverse vertex analysis, multi-scaling, multi-line, zoom, export, and many…
??? Sensitivity analysis & sensitivity index (SI) visualization
??? Summarize and generate simulation report
??? Project characteristics, classified as Energy Production, Economic Analysis, Environmental Impacts, Equipment & Materials
??? Site location map
??? Net Framework
??? A summary of project simulation output per project site is as follows:
Details of project simulation results per site are as follows:
Energy Production: analysis on the energy production capacity of the hydropower scheme provides with results on
??? Net head using three head loss methods
??? Design flow from FDC (Flow-Duration Curve),
??? Design time of operation for maximizing energy
??? Optimum power capacity
??? Maximum energy production
Economic Analysis: analysis on the financial feasibility the hydropower scheme provides with results on
??? Energy sales revenue,
??? Carbon market revenue,
??? Additional revenues in case multi-purpose from domestic water supply, irrigation water, flood control, navigation, recreation, fisheries,
??? Investment cost,
??? Investment cost/kW,
??? Investment cost/kWh,
??? O&M cost, net present value (NPV),
??? Internal rate of return (IRR),
??? Payback period,
??? Amortization plan
Environmental Impact and Management Plan: analysis on environmental impact and the management plan of the hydropower scheme provides with results on
??? Emission reduction,
??? Population displacement,
??? Wildlife migration,
??? Aquatic habitat losses,
??? Forest clearance,
??? Land use change,
??? Resettlement program,
??? Watershed management,
??? Tree planting,
??? Public awareness program
Equipment and Materials: analysis on the system characteristics results in the type of equipment and material
??? Turbine type,
??? Specific speed,
??? Penstock size
??? Penstock material
SIMAHPP5 is available in three packages: Standard, Professional, and Enterprise (see also Table below for the summary).?
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