Job order management, network projects sharing, backup and recovery.
Saving the project to EG Cloud and sharing documentation.
Management of user profiles for conditional access to the common database and library.
EG Cloud is a cloud data backup and sharing service, managed through the software infrastructure and datacenter of Acronis, that Electro Graphics makes available to users of its software under warranty and/or maintenance contract.
With EG Cloud, it is possible to:
• Upload projects to your cloud space, organized in folders and subfolders.
• Download and open projects previously uploaded to EG Cloud.
• Navigate your cloud space through the EG Cloud browser, which provides the essential commands to create new folders, upload and download files, create sharing links, etc.
• Access your cloud space through the Acronis web portal to access content and account settings pages.
• Access your cloud space from mobile devices through the Acronis Cyber Files app, which allows, among other features, to add annotations to PDF printouts for subsequent import into electrical schematic drawings in graphical environment.
Definition of the plants responsible and the technical manager.
Management of subjects identity database.
Climate database according to UNI 10349-1:2016 or ENEA table.
International climate database with all countries of the world.
Editing climate database and importing climatic data from PVGIS.
Location and characteristics of the system.
Acquisition of position, coordinates and satellite view from Google Maps.
Expansion of PV plant.
Fixed installations, or installations with tracking device with one, two axes or tilted axis.
Defining the conditions for albedo, with detail even monthly.
Analysis of azimuth and inclination of the panels in fixed installations.
Determining average irradiance according selected climate data.
Generation of the 3D model of the installation site, with extrusion and solid modeling functions.
Definition of the laying areas and obstacles on the 3D model.
Preview, on the 3D model, of the energy performance on the various laying areas.
Analysis of losses due to shading, deduced from the 3D model.
Rendering of the system with related reporting of the generated images.
Automatic drawing of the shadows chart, built with digital photos of the horizon seen from the installation site.
Editing the chart to place additional elements (future obstacles, trees).
Evaluation of mutual shading between strings with representation on the shadow diagram.
Calculation of energy loss due to shading.
Definition of close obstacles such as chimneys, antennas, balustrades, manufactured in close proximity.
Shadow casting of close obstacles, not coplanar also, on the laying of photovoltaic modules.
Calculation of the energy loss due to close obstacles by study of the PV module according to model with bypass diodes, considering the clearness of the site.
Large, editable and extensible archive of photovoltaic panels of several technologies.
Complete archive of single phase and three phase, multiinputs and multitrakers inverters.
Definition of the performance characteristics of the inverter according to the European model with weighed returns.
Hybrid inverters with dedicated storage systems.
Catalogue of cables, protections, SPD, transformers typically used in photovoltaic systems and its electrical characteristics.
All database are fully editable and extendable by user data input and installation of update packages published by Electro Graphics (see the download area of the web site).
Management of photovoltaic power optimizers (eg: SolarEdge or similar).
Management of inverter for power optimizers.
Energy and cost calculation optimized for system with power optimizers.
Calculation of the actual radiation incident on the PV modules.
Splitting into sub-generators mutually independent.
Choosing of panels, arranging strings and coupling with inverters.
Calculating losses by thermal effect on the PV modules (Evans formula).
Evaluation of losses due to mismatch and conversion.
Determination of the energy producibility of the system in standard operating conditions.
Evaluation of the net and total used area.
Management of systems arranged in several sections, each one consisting of generators, with different integration also and with different activation dates.
Inverter selection based on criteria of economic and energy optimization.
Coupling of strings analyzing different possible combinations according with the characteristics of the inverter trackers (MPPT).
Assignment of strings with homogeneous exposure to the same tracker.
Search filters for manufacturers and typologies.
Setup of protections on DC and AC side (main device, interface device and its protection).
Setup of protection against external overvoltage (SPD).
Importing of the general plan as dwg, dxf or raster.
Definition of areas of installation of the modules on images also downloaded from Google Maps.
Automatic and parametric insertion of modules on defined areas with possible any exclusion areas inside.
Automated placement of strings and modules on the plan, according to defined arrangement, spacing and orientation.
Drawing of string boxes, field panel, joining strings panel, inverter, parallel inverter panel, measurement panel and delivery point.
Automatic identification of cable pathways with their measure for the dimensioning of electrical cables and conduits.
Summary table of the used equipment (main data, PV modules and inverters).
Detailed table of the string connection.
Exporting the plant layout as dwg.
Calculation of cables according with IEC-UNEL, NF, UNE, BS or NBR tables, AC and DC low voltage.
Determination of voltage drops and losses for dissipation.
List of cables by function and type.
Single wire electrical diagram of the system according to CEI 02, with signs and assets definition according to CEI 82-25, with power delivery in LV or MT.
Title block and legend of symbols.
Exporting single-line diagram as DWG, compatible with CADelet, Eplus and iDEA.
Calculation of the equivalent amount of fuel saved in TeP, with consequent reduction of greenhouse gas CO2 and pollution (SO2, NOx and particulates).
Estimation of system cost in its various components: pv modules and supports, inverters, cables in various types, electrical panels and protections, accessory works, design costs.
Total economic estimation, with possibility of price or cost evaluation and determination of the contribution margin.
Setting and definition of any incentive fee, depending on the type and power of the system.
Managing of energy sales rates, fees and ancillary costs.
Database of typical power loads in domestic and residential areas.
Definition of loads according to types (continuous, intermittent, depending on the user) and their performance over the time.
Management profile of consumption by aggregation of loads.
Energy analysis of the system hourly or at intervals of 15 minutes with possible use of consumption data provided by distributors on .xls file.
Analytical determination of the simultaneity factor, in relation to the diagram of energy production and the consumption profile.
Definition of the accumulation system, with simulation of profitability in order to determine the optimal accumulation power.
Management of systems with one-way or two-way AC or DC side storage systems.
Management of typical rate plans, based on level of consumption and time bands.
Complete data for rates in the enhanced protection market (D1, D2, D3, etc.) (for Italy only).
Complete editor of rates, both for consumption bands and for time band (up to three).
Evaluating of additional costs for maintenance or extraordinary work during the life of the system.
Assigning indices of inflation and discounting for ratings of future scenarios.
Determination of the incentives, and revenues from energy sales.
Management of compensation system according to ANEEL Resolution 482 for systems installed in Brazil.
Evaluating the investment in financial terms based on personal and / or financed capital, and payback period.
Calculation of the period of return of the own investment (repayment period or pay-back).
Diagram of cash flow during the life of the system.
Determination of indices of economic evaluation of investment such as NPV, IRR and compound rate of return.
Analysis of profitability by comparing solutions with own financing, third party or mixed financing and leasing.
General report of the project with description of the plant, radiation data, expected energy production, followed method of calculation, diagrams, lists of equipment, plant layout and references.
The standard template and the report can be customized and exported to Microsoft WORD; they are available in Italian, English and Portuguese.
Technical data sheet of the system.
Economic report with all the components of cost, revenue and incentives.
Details on the profitability ratios and charts.
Availability of document templates for the request for system connection and activation, with its operating rules.
Test certificate, table of serial numbers and various declarations.
Manager for Word templates, directly correlated with all project data.
Generation and concatenation of documents files of all the deliverables.
Manager templates in Word format, directly related to all project data.
Generation and concatenation of all the documents in PDF files.
Interfacing with software Ampère Evolution and Ampère Professional to analyze the electrical network of the PV generator.
Interfacing with software CADelet, Eplus or iDEA for the drawing of the system and its construction details.
Management of stand-alone plants, with analysis of expected consumption, calculation of the battery capacity and its charge controller.
It can have all DC loads or all AC loads and an auxiliary generator.
Choice of the storage battery, charge controller and / or inverter, from database.
Designing of hybrid system (grid connected or stand-alone) with an auxiliary generator, which aims to supply the load when the photovoltaic system and the battery can not charge enough.
Free app for iOS® and Android® for the preliminary design of PV system, with energy analysis, configuration of PV modules and inverters and evaluation of plant profitability.
All elaborations are presented in charts and tables easily understandable.
The project data is saved as Solergo standard file and it can be sent via e-mail to the desktop pc, where the final design and all related documentation can be developed in Solergo.
In a similar way, a Solergo file sent by email from the desktop pc to the mobile device (tablet or smartphone) in order to edit it in iSolergo.
iSolergo is available for iOS (Apple iPhone® and iPad®) in the App Store and for Android in Google Play.