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The person is so lazy that he left nothing.
通过多方案比选，寻找更优的设计方案，是设计人员经常面对的问题。 CandelaRoof的快速方案比选功能，围绕“比选”和“快速”两个关键字，可以给用户节省大量的工作量。请先看视频： 视频演示 一、方案比选的基本操作 （1）任意位置新建一个文件夹，可以命名为“方案比选”，在文件夹里将原始模型复制多份，每一份分别命名为“方案X-需要比选的参数” （2）以原始模型为方案1，复制后根据比选需要对模型进行修改并保存为方案2，方案3，或更多方案。 （3）任意打开一个模型，点击“方案比选”按钮，在弹出的对话框中选择第一步中新建的“方案比选”文件夹后，等待片刻，待弹出新的对话框中选择生成的对比表格保存路径及输入名称即可。 （4）打开方案比选结果表格，对结果进行分析 二、快速修改功能 可在完成所有布置、电气汇流等全部操作后，进行以下批量修改，原有成果保留：
近两年，分布式光伏越来越火，面对着复杂的屋顶，很多小伙伴们都购入了航拍无飞机。每次现场勘测的时候，都是兴冲冲的飞着小飞机，回去后面对着复杂的航飞结果苦笑，然后只能手动在CAD里绘制建筑物外轮廓和遮挡物外轮廓，最后不断灵魂的发问：我买航拍小飞机究竟为了啥？难道就为了拍高清无码照片？ 为了解决这个痛点，让我隆重给大家推荐：CandelaRoof无人机结合功能。 您只需要准备以下三点： 1.不管小飞机是哪家的，只要能导出*.Obj文件就可以。 2.小飞机飞出来的高清无码正射图。 3.一颗爱研究，上班不摸鱼的心。 具体操作也很简单，主要就分为以下几个步骤：第一步，导入*.Obj文件。 第二步，切割导入后的*.Obj文件(说直白了就是留下想要的,去掉不要的）。 第三步，给切割后的模型贴图高清无码照片。 简单三步即可成功导入航拍三维图。成功导入后的模型就可以用CandelaRoof其他功能。比如标记屋顶、标记、可用区域、计算阴影、方阵布置、电气连接和输出报告等功能。 最后的最后，CandelaRoof还可以将布置结果与原*.Obj文件进行结合输出新的*.Obj文件。用windows自带的3D查看器就可以打开。 怎么样，面对如此强大的CandelaRoof，你难道还不动心么？
适用对象：屋顶分布式BAPV/BIPV项目 适用阶段：前期、施工图和项目运营阶段 主要特点： ①最快1个小时完成一个3MW项目三维布置、电气接线，并生成图纸、表格和报告 ②避开阴影，帮助用户寻找最优的布置方案 ③自动生成可研报告、图纸和表格 ④手机现场完成踏勘收资，导入软件，完成三维设计后即可生成较为完善的踏勘报告。 核心功能1：基于草图大师，全过程三维设计，直接导入Lumion/D5等渲染三维效果图 核心功能2：支持多种来源创建三维建筑物 ① 直接从草图大师中下载清晰卫星图片 ②直接导入CAD平面图+标高 ③导入建筑物的CAD平、立面图 核心功能3：多种方式帮助用户完成建筑物三维建模 ①自带丰富模型库，包含常见建筑物和遮挡物 ②通过创建女儿墙、人字屋面等工具可快速实现异形屋面建模 ③导入建筑物的CAD平、立面一键生成三维建筑物模型 核心功能4：自动避开阴影布置，提高项目的发电量 ①自动准确计算阴影范围 ②在布置前可定量分析每个小区域的阴影遮挡 ③组件布置完成后，分析每块组件的阴影损失 核心功能5：1分钟内完成兆瓦级项目的布置 ①丰富的组件数据库 ②可按指定的方阵规格进行布置，如3*6竖向 ③可按倾角和朝向进行布置 ④自动计算前后排间距 ⑤设定横向、纵向通道，如每隔4行、每隔8块各有通道 ⑥平屋顶可自动生成支架、计算基础位置 核心功能6：对倾角、方位角和间距进行优化比选，提高项目收益 举例：某项目，经过倾角、间距优化后，收益率提高0.93% 核心功能7：可自动完成电气连接，并生成电缆清册 ①支持低压、高压、组串逆变器、集中型逆变器等电气连接方式 ②自带丰富的逆变器数据库 ②自带丰富的逆变器数据库 ④组串自动连接到逆变器 ⑤可定义电缆沟/槽盒走向，使得电缆走向与用户设定一致 ⑥自动生成电缆清册，根据用户压降设定自动选择电缆截面 核心功能8：可导出CAD图纸 ①组件布置图 ②组串接线图 ③设备及电缆路径 ④基础位置图 核心功能9：可进行发电量计算、自发自用率计算、造价估算和收益测算 ①自动计算三维阴影遮挡损失，计算首年发电量、首年各月PR，25年发电量 ②自动估算项目造价 ③自动计算项目自发自用率，支持导入12月电费单 ④计算项目的详细收益指标 核心功能10：可自动生成可行性研究报告/踏勘报告 通过坎德拉PV小程序完成踏勘收资（非必须），导入软件，完成三维设计后，可自动生成较为完善的可研报告/踏勘报告。 ①坎德拉PV——现场收资 ②可研报告，40多页，包括： 太阳能资源、工程建设条件、项目任务与规模、系统总体方案设计及发电量计算、总平面布置、节能减排、工程造价估算、财务评价和主要设备材料清册等各章节 ③《太阳能资源》部分内容 ④主要设备材料清册 联系试用： 微信：pv_edu 邮箱：candela@cd-class.com 请备注：姓名、公司名
CandelaRoof自发布以来，不断增加新功能。上周刚发布《导入无人机模型，15分钟完成组件布置功能》，今天又有新功能发布——支架创建和统计。 1. 在软件中建模并完成布置。 2. 针对平屋顶试用“平屋顶支架及基础”功能，针对坡屋顶使用“彩钢瓦支架”功能分别创建支架。 3. 然后就可以愉快的进行支架统计了，单重和总重都可以统计！ 4. 也不是我凡尔赛，他还可以导出相关的报表呢。 面对着技能包日益增多的CandelaRoof，有谁会不爱呢？
Following completion of creating power block, the subsequent engineering challenge resides in implementing rational combiner configuration for each unit - a process widely acknowledged as one of the most time-intensive phases in photovoltaic system design. In version 3.6.1, we have improved the algorithm for automatic wiring, enabling the calculation of thousands of plans at once, and providing dozens of final plans for users to choose from. 1. Please watch the video below to learn about the relevant feature introductions 2. Function introduction (1) Users can freely set the calculation method for the number of inputs of the Combine device, such as calculating based on the number of Combine devices, the maximum number of inputs, or the capacity ratio, and choose whether to balance the inputs. The software will automatically perform these calculations. (2) The software is capable of generating multiple division plans based on the Foundation parameters set by the…
Shadow obstruction is one of the core issues in the layout of photovoltaic arrays, and it is also one of the important indicators for evaluating the results of photovoltaic array layout. Candela3D enables multi-dimensional visualization and analysis of site-specific shading conditions, providing critical references for layout adjustments and design optimization of solar fields. 1. Display the shadows in the photovoltaic array field in real-time During any other operations, it can simultaneously display the real-time 3D shadows at a specified moment, supporting fixed, adjustable inclination, and horizontal single-axis (including inverse tracking). 2. When moving, copying, or deleting arrays, the array shadows should be displayed in real-time Unlike Figure 1, the shadow shown here: 1) is the shadow of the array when it is lowered to a height of 0 meters above the ground; 2) represents the shadow range line during a specific time period (from 9 a.m. to 3 p.m. on…
The length of a flat single-axis solar panel can exceed 100 meters, and even minor topographical variations can cause height differences of several meters between adjacent panels in the north and south directions, significantly affecting power generation. To adjust the height difference between adjacent supports in the north and south to an acceptable range (which may require a difference of 0.3 meters or less to reduce obstruction and facilitate the operation of cleaning robots), two approaches can be taken: (1) Adjust the bracket using the adjustment range of the column itself. However, the adjustment range of the column is limited, generally only 0.3 meters. (2) Level the site appropriately. Among them, site leveling can be approached from two perspectives: ① Taking into account the natural terrain, the site is leveled into a single slope with a consistent gradient and aspect. In layman's terms, it means the site is leveled into a slightly inclined plane that closely resembles the natural terrain. The advantage of…
The planning of roads in Complex Terrain must meet requirements such as slope and turning radius. To facilitate users in efficiently completing related tasks, the following new features from Candela 3D have been added: Draw central line of the road: It can intelligently guide users to plan roads that meet the required slope and turning radius; Edit central line of the road: Modify the planned road; Import road centerline from CAD: The slope and turning radius of the imported road can be verified and edited to meet the requirements; Draw central line of the road: Edit central line of the road: Import the road centerline from CAD:
Array layout is one of the core achievements in the design of photovoltaic power stations and the important part of the refined design of photovoltaics. Statistical analysis of the final arranged arrays can be used to check whether the results are reasonable and also provides a reference for the optimization of design results.Candela3D provides users with the following statistical analysis capabilities: 1. Array real tilt/azimuth The actual tilt/azimuth is relative to the nominal tilt/azimuth, mainly for complex terrains. Since no site leveling is performed, the long side of the array no longer remains horizontal, resulting in changes in the actual orientation of the array. For details, see the article "Are You Really Thoroughly Understanding the Familiar Tilt and Azimuth?". 2. Array nominal tilt/azimuth/base slope The nominal tilt/azimuth refers to the tilt and azimuth set during the layout. When the ground on which the arrays are located is horizontal, the real…
The site selection for projects in complex terrain typically involves several steps: 1）Confirm a preliminary red line range based on land use properties, property ownership, etc 2）Eliminate the Red line Range with too small Available Area 3）Eliminate the Red line Range with too low Available Ratio 4）Within the remaining Red line range, select the final Available range In this article, we will introduce how to use Candela3D to quickly screen land parcels based on existing red line of the land. It primarily covers steps 2) to 4). 1. Exclude the Red line Range with too small Available Area After excluding Restricted areas (such as roads, residential areas, etc.), red line areas with a certain low pressure value will be eliminated. 2. Exclude the Red line Range with too low Available Ratio Areas that pass the hill-shading analysis and are not within the prohibited range, when divided by the area of…