CadWare BlueSol 4.0 Rev008 Win x64

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Free Download CadWare BlueSol 4.0 Rev008 | 178.7 mb

CadWare S.r.L. has released BlueSol 4.0 is professional tool for the design of photovoltaic systems in every country of the world. BlueSol Design is proposed as a cost-effective solution for professionals who seek, in a simple and complete solution to your design problems.

Owner:CadWare S.r.L.

Product Name:BlueSol

Version:4.0 Rev008

Supported Architectures:x64

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Languages Supported:english

System Requirements:Windows *

Size:178.7 mb

New features of BlueSol Design v 4.0 compared to the previous version

- Support has been added for stand-alone installations and for batteries.

- So now BlueSol Design supports every type of photovoltaic system:

. Grid connected systems

. Stand-alone systems

. Grid connected systems with AC-coupled battery storage

. Grid connected systems with DC-coupled battery storage

- The pre-sizing Wizard has been extended and now produces a system complete and verified, ready to print reports. You can always modify the system in each part to obtain a more in-depth configuration.

- The search for the location on the map can be done by address or zip code (requires internet connection).

- The layout of the system is displayed directly on the map, where you can interactively draw the positioning Areas of the modules, be they inclined pitches, flat roofs or ground areas. Using a sequence of segments, you can draw an Area of the desired shape. You can see the system in 2D from above or in 3D, optionally with a photorealistic rendering.

- You no longer need to insert the system components manually in the Layout: photovoltaic modules, inverters, panels and cables are automatically arranged in an optimal way, you simply have to rearrange them if you have not got what you want.

- The arrangement of photovoltaic modules is facilitated by the definition of:

. Sectors of the Area where the modules can be inserted

. Clear paths where the modules cannot be inserted

. A complete set of layout and spacing settings

- New forms of obstacles are available, and their insertion is easier.

- The shading and irradiation mapping calculations have been improved and sped up.

- When batteries are used, consumption coverage is calculated.

Operating system

Windows 7 (32/64 bit), Windows 8, Windows 8.1, Windows 10

(Mac OSX) is supported through the use of a virtual machine running Windows

Projects

Grid connected systems

Stand-Alone systems

Grid connected systems with AC-coupled battery storage

Grid connected systems with DC-coupled battery storage

Creating a new project using the wizard for the dimensioning of the photovoltaic system

Archives

Archive of photovoltaic modules, editable and expandable

Archive of the inverters, editable and expandable

Archive of batteries, editable and expandable

Archive of inverter-chargers, editable and expandable

Archive of cables and other electrical components managed by the user

Archive for consumption of electrical devices

Archive consumption profiles

Update of modules, inverters, batteries and inverter-chargers archives

Project properties

No limit to the power of the system

Data input: system, designer, customer

Project Settings: system temperatures, sizing on power of the inverters, dispersions

Location

Data tables for the average irradiation of most important locations

Insertion of new data of irradiation by the user

Importing of the irradiations from PVGIS

NASA-SSE world wide irradiations

Choice of locations and geographical coordinates with the aid of maps (requires internet connection)

Automatically adjust the radiation data based on the location on the map

Analysis of azimuth and tilt optimal. Possibility of differentiating the period of the year

Automatic insertion of far shading diagram from digital images

Import of SunEye obstruction elevations file

Editing far shading diagram

Far shading loss calculation

Near shading loss calculation

System

Representation of the schema of the system in all its parts

Calculation of the irradiation on the plane of the panels

Calculation of the producibility of the photovoltaic system

Checks on the coupling between strings and inverters

Checks on the coupling between strings and charge controller

Checks on the coupling between battery bank and  inverter-charger

Determination of the voltage drops and the flow rates of the cables

List of the electrical components of the system

MPPT management

Microinverter management

Commands to cut, copy and paste the elements of the schema within the system schema

Selection commands by type of the elements of the system

Management of AC Panels connected to the main panel

Ability to explicitly specify the cable lengths

Verifications of the electrical components

Management of the electrical protection groups in the panels

Scheme of producibility of the sections of the system

Automatic rename of the system components

Wizard for the dimensioning of the photovoltaic system

Wizard for the definition of cables

Wizard for the dimensioning of electrical components

Layout    All

Interactive design of layout over map and 3D view

Importing images from different map providers

Importing files in DWG format

PV systems on roof or on ground

Automatic insertion of strings

Optimal filling of areas

Clear path management on area of strings insertion

Automatic insertion of inverters, panels and batteries

Edit of arrangement of inserted devices

Cables arrangement with measurement of the lengths

Management and edit of obstacles in the scene around the system    New

Points of shade evaluation

Shade diagram on point

Shadowing due to obstacles next to the system

Animation of shadings on the PV system

Calculation of map of distribution of radiations on areas with automatic mesh refinement

Calculation of map of distribution of shading frequency on areas with automatic mesh refinement

Management of preview of system layout

Preview 2D and 3D of system layout with or without realistic textures

Exporting system layout to DWG

Exporting system layout to image

Results

Verifications on the inverter: limits on the voltage, limits on the current, limits on the power

Verifications on the inverter: calculation of the input voltage to the inverter calculated by reference to MPPT trackers

Verifications on the battery: limits of voltage incoming on charge controller

Verifications on the battery: limits of current incoming on charge controller

Verifications on the battery: limits of power incoming on charge controller

Verifications on the inverter/charger: limits on the battery charging voltage

Verifications on the cables: voltage drop, capacity, calculation of the maximum voltage drop in the system

Verifications of electrical components

Use of PV energy

Consumpion coverage

Days of autonomy for stand-alone system

Economic analysis

Analysis of profitability of the system with assessment of financing

Cash flow over the life of the system

Management of taxation

Management of incentive rates

Energy sales

Tools of analysis of the consumption and self-consumption of the system

Export in xls format of the summary tables

Electrical scheme

Automatic generation of single-line electrical scheme

Schema creation options: choice of layout. paper size. height of the character of the texts. display full or partial of modules and strings. The options for creating the schema are saved in the project

In the regeneration of the electrical scheme the user can keep the primitives he had created

Editing and printing of the electrical scheme with advanced CAD capabilities

Exporting to DWG and DXF

Print Documentation

The technical documentation of the project is produced as editable Word documents obtained from customizable templates

Technical report

Economic report

Bill of cables

Bill of electrical components

User-created documents

Integrated RTF editor

BlueSolis a software for the design of photovoltaic systems in every country in the world. It allows you to perform the entire process of designing a PV system, from the preliminary assessment of producibility to the realization of the project documentation. BlueSol is a product made with a standard Microsoft interface, very easy to use but at the same time manages every detail of the PV system.

Overview Version 4

Presentation of BlueSol Design 4, software for the realization of photovoltaic systems

CadWare S.r.l.was established in 1989 to develop products and solutions Computer Aided Design (CAD) for Personal Computer. Thanks to the know-how gained in over twenty years of experience, CadWare has been able to make available cutting-edge CAD solutions to improve the productivity of companies of all sizes. The experience gained in the corporate sector, has allowed CadWare of offering a range of products, from the first Pj2 CAD System to the current BlueCAD 2.0 which, for performance and cost, is the solution to many needs, not only of the company or professional but also for those at work or at home, professionally or as a hobby, want to make use of advanced tools for planning and design.



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